The crew briefly revisits the episode, speculates about which villains might show up in the new MCU Spider-Man: Brand New Day film, and Joe adds a thought that Captain America might have the closest hero origin story and moral struggles to Spider-Man’s. Georgia gives her opinion about Spider-Man’s most memorable moment is the Iron Man embrace in Infinity War.
In the Science Holes, Joe talks about:
A NYTimes report about ChatGPT near-fatal health advice lawsuit.
The idea of prediction betting on drug trial results and FDA decisions.
Connecting Doc Ock’s tentacle arms to real brain-machine interface research and a new study revealing how individual neurons build sentences one word at a time.
And at the buzzer, Joe sneaks in the SpudCell — the first fully synthetic artificial cell that can feed, grow, and divide. And Georgia thinks conspiracy.
Georgia discusses the axolotl, whose skin mucus shows early promise against drug-resistant bacteria and cancer cells.
Nick backs up his campfire claims with actual research showing fire lowers blood pressure and reduces stress — a teaser for Episode 78’s dive into the science of nature.
In the Media Holes:
The crew discusses the media they have been digging: Maximum Pleasure, Trying, Obsession, My Favorite Thing is Monsters by Emil Ferris, Pimp My Airship by Maurice Broaddus, and Palworld’s 1.0 update. Joe and Georgia also talks about the author event at Bucket O’Blood in Avondale with eight horror authors.
Bucket O’ Blood author event. In photo L to R: Theodore Van Alst, Maurice Broaddus, Nick Medina, Christina Henry, and Christopher Golden.
Appears to be the first lawsuit arguing that someone seeking medical guidance was led astray by ChatGPT. Rather than directing the user to seek professional help, the chatbot reassured him everything was fine — repeatedly. The crew discusses AI safety guardrails, legal liability, and Georgia draws a parallel to reference librarians who are trained to refer medical questions to authorized sources rather than advise directly.
Answer to Nick’s question: Yes, giving medical advice without a license is illegal — called the unlicensed practice of medicine — and casual advice can also create legal liability if someone is harmed.
Prediction platforms are expanding, and Kalshi now wants to let people bet on FDA drug approvals. Joe raises concerns about insider trading risk and whether this is science engagement or just gambling with extra steps.
Joe connects Doc Ock’s tentacle arms to real brain-machine interface research already helping people with paralysis move prosthetic limbs and communicate. A side benefit: researchers used that same neural data to discover that individual neurons in the frontotemporal cortex act as specialized linguistic building blocks — some only fire for nouns, others only for the end of a phrase — overturning the assumption that language is a diffuse whole-brain phenomenon.
Researchers identified 22 promising antimicrobial peptides from axolotl skin mucus that destroy drug-resistant bacteria like MRSA by punching holes in cell walls. Three also triggered programmed cell death in breast cancer cell cultures without harming healthy cells. Joe notes Dr. Connors should have been studying axolotls instead of reptiles. The axolotl is native to Mexico and is currently threatened with extinction.
A team at the University of Minnesota built SpudCell — the first fully synthetic artificial cell that can feed, grow, replicate, divide. Unlike previous minimal cell research that started with living cells, SpudCell was built from scratch.
Nick came back with the research to back up his campfire claims. Studies show fire lowers blood pressure, reduces stress, and makes harder conversations easier. A teaser for Episode 78’s deep dive into the science of nature. And Solo Stove, the crew is still waiting on that sponsorship.
Science Terms
Antimicrobial peptides (AMPs) — small proteins that bind to and destroy bacterial cell walls, and in some cases trigger cell death in cancer cells
Apoptosis — programmed cell death triggered by the axolotl AMPs in breast cancer cell cultures
Brain-computer interface (BCI) — implanted electrodes that decode neural activity and translate it into commands, restoring movement and communication in people with paralysis
Connectomics — the effort to map every neuron and connection in the brain at high resolution
Frontotemporal cortex — the brain region where language-specialized neurons were identified
MRSA — methicillin-resistant Staphylococcus aureus, a drug-resistant bacterial infection and major healthcare problem
Representational drift — the phenomenon where individual neurons can change their roles over time
Synthetic biology — the field focused on designing and building new biological systems, including artificial cells like SpudCell
Media Holes: What the Crew is Digging:
TV and Film
Maximum Pleasure (Apple TV+)
Trying (Apple TV+)
Obsession
Books
My Favorite Thing is Monsters by Emil Ferris (2017) — graphic novel set in Chicago.
Video Games
Palworld — Nick jumped back in after the 1.0 update dropped, noting significant changes to the game.
Joe and Georgia attended the Carry Me to Your Bookshelf Tour at the Bucket O’Blood Books & Records in Avondale, Chicago Authors in attendance:
Christopher Golden, Maurice Broaddus, Nick Medina, Christina Henry, S.A. Barnes, Jonathan Janz, Daniel Kraus, Gus Moreno, and Theodore Van Alst. Several are contributors to the End of the World as We Know It anthology and the Red Line: Chicago Horror Stories anthology (Joe is in this one). And hopefully we will have many of them on the RHOR Podcast!!!
Subscribe and Share our Substack newsletter to get email updates, never miss an episode, and spread the word!! Don’t forget to give us 5 stars or a like!
Transcript
joe: [00:00:00] Hey, welcome back to the Rabbit Hole of Research down here in the basement studio
Nick: Reason Studio
joe: We got the echo.
Nick: Sorry, Joe. I don’t know what happened
joe: know what happened. No, no worries. You’ve you’ve got me, Joe.
Nick: Yeah, I mean, yeah
joe: Yeah, you’re there. We’ve got Nick. Georgia.
Georgia: Georgia
joe: And we’ve got Georgia here for the mini.
Nick: Many
joe: Yep. Last episode, we talked about Spider-Man and his villains, and looking at Spider-Man through the lens of his villains and what that revealed about him.
We had a guest on, Alex Haynes from the YouTube channel Haynes for Heroes. So that was a really interesting,
Nick: It was a really fun episode.
joe: episode. Yeah.
Nick: I enjoyed just us talking about Spider-Man
joe: It
Nick: and just all three of us geeking out. [00:01:00] Oh,
yeah, unfortunately, Georgia wasn’t on this episode. Were you, Georgia?
Georgia: I wasn’t.
joe: messed it. She had to work
Nick: Right
Georgia: you’re excited about the Spider-Man movie coming out, huh?
Nick: I was so excited. I think I’m going on Wednesday night, which is the day this episode drops.
joe: Mm-hmm. Yeah, right. Going to see a premiere?
Georgia: Right. They, it doesn’t come out till Friday, does it?
Nick: A buddy of mine got tickets, so yeah, he gave one to me,
Georgia: Oh,
Nick: and I’m going, yeah, early screening
Georgia: Okay
Nick: Or not early, but a couple days early.
Georgia: You didn’t tell your daughter that, did you?
joe: Mm-hmm.
Nick: I need to go see it first. That way when she does get to go see it,
joe: Mm-hmm.
Nick: I can leave if she needs to.
joe: Right, right. That makes
Georgia: that’s
A good idea.
joe: That, that’s a good idea Mm-hmm. Very good idea
Georgia: Yeah And then you’ll know if there’s, like, some scary spots and stuff
Nick: Exactly. – it’s her first movie. I can’t just, throw her in and hope [00:02:00] she stays the entire time.
Georgia: Right.
joe: Yeah
Right.
Should be fun
Nick: Yeah, unfortunately this episode’s coming out before we’re able to go see it.
joe: Yeah, and talk about it. Yeah, ’cause we had planned originally the original release date, we would have seen it f- before this mini recorded and could have talked about it, but-
Georgia: was close
joe: Yeah, I mean, they changed the date
Georgia: So do you guys, and you guys might have talked about this episode and so, but do you know which villains are in the movie?
joe: We, well- Or-
Nick: I don’t
joe: We don’t. I don’t. We didn’t talk about that in the episode, and I don’t really… People have been speculating, but I don’t know. I, it could be-
Georgia: So it’s been kept as a secret, huh? For the
joe: secret, huh? For the most part, yeah.
Nick: I think,
joe: Do
Nick: I feel like they, there’s been stuff out.
I, I also don’t watch the trailers,
so I refuse
doing that
Georgia: give
joe: I guess, yeah, I haven’t watched any trailers either, but the ones I’ve seen, there was no real indication [00:03:00] of heroes and things like that, or villains, sorry. Or whether the heroes will be in there, right? I mean, I think that’s still
Georgia: up
joe: up in the air
Georgia: Yeah. Speculating
joe: It’s like-
Nick: I think the only one I’ve heard confirmed is Frank Castle
joe: Yeah. I heard, yeah. Or Daredevil might be in it, but I, yeah
Nick: Yeah. So
I don’t know and not even gonna look it up until I go see
it.
joe: Be surprised. Yep. I was gonna add one thing I didn’t mention in the episode was that I thought Captain America probably has a hero origin story similar to Spider-Man in kind of his goodness. That we talked a lot about what makes you good and that line if you do it, but I think he also has that ability to sacrifice himself, you know?
A
Georgia: little bit of innocence.
joe: Right, and that, yeah, that, that innocence. Yep that’s a perfect way to put it.
Nick: I wanna say that [00:04:00] in most stories you’ll see that Cap relates to Spider-Man because of their background
joe: Yeah. But yeah
Georgia: I just think the most, and you guy, the most touching Spider-Man moment was when him and Iron Man were embracing
joe: Mm-hmm. Yeah, we mentioned that.
Georgia: You mentioned that Yeah. I just, that’s the one that really sticks with you.
Yeah. You know?
Nick: I think we did have some theories about the movie, so, but
joe: Yeah
Nick: going forward,
joe: Right.
Nick: and it’s like I, I can’t wait to see how close we are. I mean, everyone who listens to this might already be like, “Oh, I already know.” But yeah,
we’re from the, the past.
Georgia: you can talk about it at the next mini, right? Yeah.
joe: Yeah. Right? Yeah. Yeah, there were some even further out to the Dune movie and things like that. So some reoccurring Spider-Man behaviors, I guess. Yeah. So we’ll see. Yeah, you gotta listen to the episode. [00:05:00] Go
back- Hey, everyone … out episode …76
Georgia: probably obvious that I haven’t listened to the episode, but I have a good reason. I’m in the throes of summer reading, and I… It’s been crazy, and I only have two programs left, and that’ll be it for summer reading 2026
joe: There you go. Go to your local library and get the finale of summer reading.
Georgia: That’s right
joe: That’s fun.
Nick: The values I’m already eating
joe: Cool.
Georgia: There’s still time
joe: still time to do it. Everyone can do it.
Nick: Go read your books.
joe: Reading is good.
Georgia: It is good.
joe: Yeah, so that’s that was that episode. Go check it out if you haven’t already. Go check out the newsletter. We break a lot of stuff down in there, the science and things like that. And with that, we can move right along to our science holes.[00:06:00]
Nick: Scientology. Wow.
joe: We are
Nick: That the… What’s our theme song for that?
joe: I don’t know. I’m not doing it
Georgia: Going down the science hole
joe: right.
Nick: No. I…
joe: Yeah, doesn’t sound right.
All
Right. I had, I mean, not quite a science hole, but something that I think this was interesting. It was an article in The New York Times, and they were covering the story about how ChatGPT led to this near fatal incident health crisis, and this man has filed a lawsuit against the company.
Nick: Oh, damn. Really?
joe: yeah. So
Nick: I feel like they’ve been coming out a lot more often in our minis.
joe: Yeah, so this a- appears to be the first case that argues that someone seeking guidance about a medical condition was led astray by the chatbot, ChatGPT bot. And it’s just really fascinating ’cause they do put in all these safety features which encourage users [00:07:00] to go find a professional and to end the conversation when there’s kind of signs of a true medical crisis.
But unfortunately, in this case because the conversation, the way it went the ChatGPT agent just kept going in circles like, “Oh yeah, this is what’s happening to you. Don’t worry about it. I- we know. Just get some
Georgia: So it was like a rogue chat.
joe: Yeah, I mean, it’s just the idea about it where, there’s some talk that maybe he was using an older version. Like we said, the AIs, they the, especially the earlier chatbots really were designed to please, to be pleasing, and to make you
Georgia: Oh no, you’re gonna be okay …
joe: And so that was the that was the issue there.
And now they’re trying to roll out these health, , ChatGPT Health and things like that. , how are the guardrails? Can they be broken? Can they miss emergencies? So it’s just a fascinating article about that. And once again, if you’re having health issues, , go seek professional help, like an actual human.
Nick: I thought it was against the law to [00:08:00] give un you know, unsolicited medical advice or something like that. Or,
joe: I don’t know if
Nick: Now, what is it called? You can’t give un- just medical advice out ’cause then it could come back to you. So like that’s– who does it go back to?
joe: Yeah, the company, I guess. That’s the
lawsuit- That’s who’s
Georgia: sued,
joe: who’s being sued, so that
Georgia: the,
and there’s no- Reading about it … no, no decisions yet, right? It’s
joe: this is new. Yeah. Yeah. So just
Georgia: I know it’s like working in a library and doing reference, you have to be really careful if people ask about any medical.
And we have a couple different, like, authorized medical websites that we can refer people to, and about medication and also about different conditions. But obviously we can’t give any-
joe: Yeah. Yep
Nick: Yeah, you’re not telling people how to diagnose… You’re not diagnosing anyone
Georgia: Right. Right Yeah, I don’t know what the rules are that ’cause you can tell a friend, [00:09:00] “Oh, I
joe: Yeah, I don’t know what the rules are at, ’cause you could tell a friend, “Oh, I think it’s just a sprained ankle. Take some ibuprofen.” I mean, and you give that advice and someone takes it, and then it’s wrong.
Georgia: I mean-
joe: I don’t- Right … I don’t I don’t know what the law around that. I gotta look that up now.
Yeah, okay. Right. Different rabbit hole.
Georgia: But it does seem like this tool that you’re using for information and it’s giving you that, it does seem like there has to have- Yeah … some responsibility, the person, like, providing that tool.
joe: I think at some point, if you were there talking to someone, giving them your, what you feel is the right advice, at some point you’ll go, “You know what?
Maybe we should go get a professional. , maybe we should go to the hospital. Maybe we should do something and go there.” But yeah it wasn’t even a matter that he didn’t have insurance or things. I think he did. He could have went to the clinic and got looked at, but- Yeah. Right … The AI just said, “No, you don’t have to.
Don’t worry about it,”
Georgia: it.” So. Go see a
Nick: You’re kind of wrong, though.
joe: Yes. Yes. right. Rub some dirt on it, Jimmy. Excellent. Yeah, so that was a s- that was fascinating. Another [00:10:00] fascinating one, not quite the, the science hole, but related is , about these prediction betting sites now.
And so they’re gonna start offering betting on drug trial results and FDA regulatory decisions. And so you can make bets if a drug is gonna be approved or not approved. So it’s just this whole slippery
Nick: Such a… Yeah.
joe: Yeah. Yeah. Yeah. Yeah.
Nick: as all get out
Georgia: Yeah, give me a break …
had it
joe: it where you could predict words in like the president’s speech. and a teleprompter operator had made tens of thousands of dollars ’cause they were taking the bets, they knew, ’cause they could read the speech before they uploaded it into the teleprompter, how the bets were gonna go.
So kind of all this regulatory stuff, there’s gonna be betting on like, delay, flight delays. Like they’re trying to get to all this stuff. So yeah, so- What? Why
joe: Well, they’re not regulating it. That’s why we
Georgia: funny.
joe: do both, I mean.
Georgia: why would we [00:11:00] regulate it? Why would we regulate anything?
joe: Yeah, so just bet on whatever. So yeah, so you can bet on the next hottest drug, I guess. Yeah, that was in… Those are a couple interesting things. It’s this merge of technology and science, and now you have it where people are betting on, science results and drug trials. But
Nick: Wait, are we in support of this? I’m not exactly sure.
Georgia: even sure. Yeah.
joe: No, I’m not in support of it, no. I
Georgia: I think it sounds horrible
joe: But it sounds warm. Yeah. Yeah
Nick: it does a good thing where it makes people pay attention to science more.
joe: I guess. But it’s just gambling.. Are they really researching it or are they looking for a hot tip? Like, so there’s on Reddit, “Oh, hey, this drug trial’s going well.” And then, “Oh, okay, I’m gonna get on, the, the prediction app and bet money.” So-
Georgia: not to mention buying stock of that company and
joe: right, and company, it’s not separate, but yeah, this is , then how you regulate it. If you work for one of these companies and you’re getting inside do you go and… You know what I mean? , so yeah, it’s just, it has bad written all over it, [00:12:00] but, that said, okay. Well, we can get into some actual, , research holes.
Georgia: I
joe: I had a couple, and I think Georgia had one, so I don’t know if you– I can keep talking
Nick: I do as well
joe: Everyone has one, so I have two. I have one that’s kinda topic related, and then the other one is not top… Well, kind of top. Both are. Okay, never mind. Go.
Georgia: never mind. Go.
joe: wants to go? Jump down a hole?
Nick: Joe, you go.
Georgia: Go ahead,
joe: Yeah. So
this is all about brain machine interfaces, and I-I… It’s related to the topic because we talked about which villain we might wanna be or identify with. It was a fun end cap to the conversation, and I had said Doc Ock and he…
His whole thing, he was making these brain machine interfaces. He had the tentacle arms. And so this is related to that because, they’re making these devices that use electrodes to [00:13:00] implant into the brain, dozens to hundreds of electrodes, that can decode neural activity and restore people’s ability to move, to speak, to control prosthetic limbs type things like that. So it was really interesting and fascinating area of research that’s going on, and that was, I mentioned, I think Doc Ock, he was on that. But then the chip he had malfunctioned and yeah, he became a villain more and probably just needed some help.
So because you have these electrodes and you’re doing this, you’re getting a whole bunch of other data, and you can ask other questions and look at that data and and take that as an opportunity to learn some basics about how the brain works, things we don’t know, and overturning assumptions about brain anatomy and, how jobs are handled in the brain.
And so one, the paper came out, was about how a brain builds a sentence. And,, the short of it is that they found these neurons in the the frontal temporal [00:14:00] cortex part of the brain, that the individual neurons are acting as specialized kind of linguistic building blocks. And so they always thought language was this diffused project, a whole network of…
But really, , you have neurons that are thinking about the noun, the verb, the adjective, and they are, firing as your brain is constructing speech to put together , your sentences and kind of language model there. So it was really just… It was really fascinating at this kind of cellular level.
A couple caveats. One, this was a, temporary snapshot, and so there’s a lot of, evidence already that neurons switch roles. Are they always permanent roles?
And then the other one was that it wasn’t quite clear how you have, this, just a background electrical hum. And so the idea , you could have- one neuron, doing language and the one right next to it is doing something totally else. And so how do you– how is this kind of balance [00:15:00] maintained and things like that.
So yeah, this is really interesting kind of the brain. We’re learning a lot about it. There’s the connectomics projects that are happening to map every cell at high resolution in the brain. Really fascinating work, and that combined with this to give even a higher resolution of the neurons and how they communicate and how they interact.
So yeah, just really– I thought it was really
Nick: Wait, so have they done human trials yet?
joe: Which,
which one?
Nick: For the
joe: So the brain interface, so this isn’t, I don’t know if this is Neuralink, but the brain
Nick: or, uh, you know
joe: the brain computer interface technology, they’re, they are do- using that in patients and things like that. Neuralink, I don’t know.
I don’t follow what they’re doing. Yeah there’s been
Nick: I didn’t– I, I– It was the only thing I could think of the
name for it
joe: Yep. So no there’s actual research people are using to use this technology and to… And this was, this p- this study on how to build a sentence was just they were collecting the data from, , testing these brain computer [00:16:00] interfaces and, that, they said, “What else can we learn from this data?
We’re collecting all this data-” Mm-hmm. “… to do this, but can we use it to learn something else?” And so it’s just kind of asking other questions. Mm-hmm. But, yep
Georgia: It remi- it reminds me of and I’m gonna get this to- like horribly wrong, but about evolution and humans and their use of language because of where we, in the brain, the language center is
joe: Was it because
Georgia: because it was right next to what… ‘Cause w- we use our thumbs and we, and our hands in a certain way, and that’s right next to the language area. And-
joe: may not help
so
Georgia: then that was why humans developed much more language. I can’t remember. Yeah. But then I just think about the more we kind of find out, and then I don’t wanna say mess with it, what else can that lead [00:17:00] to?
I don’t know.
joe: Once you, I mean, like, if you understand how language, then you can make your brain computer interfaces more efficient, right?
So you know exactly where you need to put the electrodes or things like that. Right. So
Georgia: But, like, what could be the next step in, in some sort of evolutionary… I don’t know. I can’t even… My brain, my own- Yeah. My
joe: with other
people,
Georgia: My little puny brain can’t think of what that would be, but…
And the smallest little headways in that type of research could probably make huge differences.
joe: Yeah, especially if you’ve, you’re suffering from one of these disabilities or you have a catastrophic incident that you now need to, you know-
Georgia: And then you think about people that h- have different disorders where they don’t have spoken language.
And then being able to communicate. I could see
Nick: Oh yeah, I didn’t even think about that
Georgia: like a huge effect on that.
joe: Yep. All right.
Georgia: right. Yeah,
joe: put all the [00:18:00] links to all the stuff in the show notes, so-
Georgia: right. Well, I don’t know why I picked this science hole because I have a hard time pronouncing this word. And they give me a hard time about it at my work. But but axolotl. Am I saying it right? Mm-hmm. Oh, wow. The axolotl,
joe: Joe,
Nick: That one looks close enough
Georgia: They found that the skin mucus is actually a potential weapon against multi-resistant bacteria in cancer.
Mm-hmm. They they have been doing this research, Dr. Sarah Strauss,
has found effective an- antibiotic alt- alternatives on the skin of the axolotl, which also fight tumor cells. Mm-hmm. So I don’t know if you wanna enlighten us any more on this, Joe, or-
joe: It was interesting when you sent it my way, but yeah they looked at [00:19:00] thousand or so of these antimicrobial peptides, and they found about 22 which were effective candidates from the mucus.
And, essentially they’re these amino acids, so amino acids make up proteins, with positive charge and have kind of water-repelling components, so… And that’s important ’cause that enables them to bind to the cell wall of the bacteria, poke holes in them, penetrate the cell and bind to molecules within the cell, damaging the cell, leading it to death.
But they also found that these AMPs can also act against fungal and various viruses, so they also have some interaction there. And they found four that had anti-carcinogenic effect.
So in these cell cultures cancer cell cultures trigger kind of a programmed cell death in the breast cancer cell culture that they were using which then would lead to the cells dying,
Georgia: And I think I read something about it’s very effective because it’s can be very [00:20:00] targeted- Mm-hmm … without hurting other beneficial cells- Right … only affecting the cancer cells.
joe: right. Or at least in the cell culture, I think that’s where the studies were at, or at least what I read about it. Mm-hmm. And that’s kind of… Yeah, so limited right now, but, potentially exciting, so- Right
to always
Nick: Yeah, it’s something that can go further
joe: Yeah, exactly.
Georgia: are known, you know, for their ability to grow limbs, organs, and even parts of their brain and heart. So I guess, is that why they were really looking
joe: at-
Georgia: at axolotls in particular?
Nick: are also endangered species as well
joe: That’s right. I was gonna mention that. Yeah, they’re native to Mexico, but they’re threatened with extinction. So I think there’s been efforts to preserve them, but you’re right, their regenerative properties, they’re a model system for that. So- … I think they’re being studied,
Georgia: Maybe similar to a Spider-Man character, right? Yeah. It,
joe: mean, I,
Georgia: who would that be?
joe: talk about was it [00:21:00] Scorpion? Or- King Kong … no.
Georgia: they
joe: liz- the Lizard Oh, yeah ………Dr. Connors
who was trying to regenerate his arm. I always get… They’re kind of all have, yeah, the arm. That’s right. That’s right. Yeah. Scorpion was paid off the, to go through- Yeah … like a radioactive
Nick: I pay you
joe: Yeah. Yeah. The Lizard, Dr. Connors, he actually lost his arm and then he was using reptile DNA, and gamma radiation. It seemed a little hokey, but reptiles, when we talked about that on the ep, reptiles wasn’t probably the way to go. Probably an axolotl was the organism you should’ve been working with and studying and then
maybe not
Georgia: to mention, they’re so darn cute Well, yeah.
joe: So-
Nick: I mean, oh, s-
joe: lizards
Georgia: are- Lizards are cute too. I’m sorry.
Nick: As cute, though. Don’t give up the lizards that much, love.
joe: Yep.
Georgia: Anyway. Yeah,
joe: it was fascinating. No, I think that was really cool. Something I hadn’t heard about, so, mm-hmm.
Nick: All right. My turn, guys?
Is it,
is it,
is it my turn to
go?
joe: have a turn.
Nick: All [00:22:00] right. Well, since we are getting closer to the fall time, and Joe and I were having a fire this past week I had made a comment I just wanted to come and back up what I said to him about how campfires are good for people and stuff, which he should know because he does it all the time.
But apparently it lowers blood pressure and stress and has also been indicated to help with harder conversations.
joe: Mm-hmm.
Nick: It’s just the way that the fire goes with the sounds it makes your brain kind of
Georgia: Huh. And so you found studies that show this?
Nick: Get a nice little recap. I did. And yeah I think it was just like a nice little thing, you know? ’cause
Georgia: Well, Joe’s all behind
that Yeah.
Nick: It’s
a good, unplugging
joe: Yep, and this will tether into our, the little preview of the episode 78, where we get into [00:23:00] nature and the, some of the benefits that nature can provide, so a little teaser here.
Nick: Yeah. You know, it’s,
joe: Which I think we did the fire after recording that episode.
That was
Nick: That was the exact same
episode, yes.
joe: Yep. So,
Nick: Where, you know, ooh, it just had me thinking and I was like, yeah, we is good to unplug every now and then.
joe: now and then Yes.
Nick: get outside
joe: Mm-hmm
Georgia: Get around a campfire around the fire. You don’t need a camp just a
Nick: Got some
joe: the Solo Stove, Not a sponsor yet,
Georgia: I was gonna say you’re still looking for their sponsorship I know,
joe: Solo Stove, hit me up. Rabbit Hole Research.
Nick: Yes, I would like one donated, please.
joe: Smokeless fire pits, so very
Georgia: Smoke I’ll never say anything about the smoke.
joe: smoke reduce. That’s right.
Georgia: very
joe: yeah, very
nice.
Cool. Excellent. Yeah we’ll get those
Nick: So what kind of media have you guys been up to? Watching
joe: I had
Georgia: one more Oh my gosh. sorry. I’m more? One so sorry, Joe my gosh. [00:24:00] Oh, yeah. I’m sorry. One more? One more. One more. So yeah, this one’s- A little one … this one’s kind of… Yeah, it’s, it is a little one. It’s about Spud Cell. Do you guys hear about Spud Cell? No. No. Okay, Sud Spell. It’s Fred McKenzie? despite Mackenzie, no. Spud Cell, it’s what this University of Minnesota team has called their synthetic biologists and, , essentially they’ve m- made the first artificial cell that, that potentially has life.
joe: And to recap what life means biologically, not, , philosophically life usually
metabolism, so living things use energy to run chemical reactions.
Growth and change, organisms can grow larger and adapt to their surroundings.
Reproduction, they create new copies of themselves to keep their species going.
And response, they react to changes in the world around them.
And so synthetic biologists want to create an artificial cell that they can manipulate to make different products or do different jobs that may not oc- occur naturally,
Georgia: [00:25:00] AI.
joe: AI. Well, no, not AI. Life, real life. Oh.
Georgia: I don’t know. They want their
AI more
lifelike, so they’re gonna just make it synthetic fake biology
joe: are you talking about? Okay, stop with the handwavium over there. Yeah, what this
Nick: Oh man, I’m not even there for
this one. I love it
joe: I don’t know what’s happened. It’s like every- AI’s doing everything. Oh let’s just, let’s just- It’s an artificial let’s cool our jets. Yeah it’s an artificial cell but made with bio- biological bits. So what you usually try to do with an artificial cell is you start with a living cell and you purify bits of that, and then you try to recapitulate that and make something that’s living.
What they did here was they said, “Well, let’s do it the opposite way. Let’s get 36, enzymes that work a small genome, make plasmids,” so this is like small bacteria. Use plasmids, they’re like little circular pieces of DNA, and they can do work.
Georgia: So you
joe: Put the DNA in there, and using kind of this very controlled and limited [00:26:00] genome they call it a, a protein synthesis using recombinant elements.
They then can have the– artificial cell make its proteins that it needs to do functional work inside the cell. They figure out a way to have it divide. Most cells need some sort of cytoskeleton or cytoskeletal elements as kind of scaffolding that will help the cells kind of divide.
That’s always been a bottleneck in artificial cells because if they don’t have that, they can’t divide. What they do here is they let the proteins crowd together on the outer membrane, and as they get more crowded, that makes mechanical stress, and then the membranes will split, and you get a duplicate.
They feed the cells with like tiny little liposomes with nutrients, and so they fuse to the– and they make it bigger and bigger. So you kinda have all the elements of kind of life there that, that’s going, and they can sustain themselves do replication, .
So it’s really interesting that they can– they got this to work and can– and has this, [00:27:00] this artificial life in, in a you know, in a test tube. So yeah. So pretty cool. Yeah.
Nick: yeah. I didn’t even think about that being an option for them
Georgia: Yeah, no. So this is,
joe: Yeah, no. So this is, neat. So but yeah, and then they’re… I’ll put the link to their website. They have a paper now going through peer review but yeah they’re just thinking of different things they can do to make the system a little better, a little more self-sustaining.
But it’s interesting. Life finds a way. So cool. So yeah, I thought I’d bring that up, the spud cell. Just kind of neat and probably tethers also to the episode ’cause according to Georgia, you do this, you’ll become a villain. You put AI in it, then, next thing you know, you’re a spud man, woman.
I don’t know
Georgia: Spud man. I don’t know. I just feel like this is how things start.
joe: I don’t know. More than things have already started? This is why we’re talking about it, so people can be aware and know and-
Nick: Wait, is Georgia now the conspiracy [00:28:00] theorist
here?
Georgia: doesn’t know
joe: I’ve been out of the loop years. I know. Yeah, I don’t know what’s happening.
Nick: Normally it’s me. Dang. Georgia, you can’t steal my job.
joe: Yeah, we’re AI
Georgia: Yeah,
Nick: are you, AI?
joe: Yeah, right, there it is. Every- everybody’s AI.
Stop
it
Nick: We good to move on to media hole?
joe: Yeah, sure. Go for it
Nick: What are you, what have you guys been watching? What are you, what’s been good?
joe: What?
Georgia: Well we started the Maximum Pleasure.
joe: Mm-hmm.
Georgia: We’re like on episode four, I wanna say. So not too s- too far in. You finished that?
Nick: Yes. If that was the last episode of the season, then I believe it was
Georgia: Okay, just one season, right?
Nick: Yeah.
Georgia: Yeah, mm-hmm.
Nick: Right now, yeah. We were watching it as it was airing
joe: Oh, wow.
Georgia: Okay. Yeah, so that was, that’s pretty good. Definitely,
joe: Okay. Yeah, so that was, that’s pretty good. Definitely- Mm-hmm. Very good.
Georgia: …definitely tension
joe: baby … So far, Yeah. we’re only a couple episodes in. Yep,
Georgia: [00:29:00] yep. Mm-hmm. Yeah
Nick: ooh
joe: good. Yeah. Yeah, we’re watching Trying, so that’s another one that’s really… It’s got fi- I think the fifth season has come out, but we, I mean, I don’t, didn’t really
worry
Georgia: watching it. We just started.
joe: started it. It’s on Apple+ I believe, and it’s about a couple who are just in a relationship trying to adopt. It’s british, set in London. So yeah, really fascinating, really fun and interesting and
so,
but yeah. Something to check out.
Something a little different
Georgia: But,
Nick: Yeah, I have to check that out. It’s, you like it though?
joe: I do. Yeah, no, I like it a lot. Yeah. It’s really, yeah.
Georgia: It’s light-hearted Yeah Like- Got
joe: some laughs. It tugs on the heartstrings a little bit. I mean,
Nick: I don’t need everything to be just like, “Oh is it gonna be something that makes me cry? Is that what you guys are trying?”
Georgia: I don’t know if it
joe: I don’t know if you’re gonna cry. I mean, you might. I don’t know what your emotional state is.
Georgia: characters are very likable.
joe: Yeah. Maybe if
Georgia: you think?
joe: th- very likable, yeah. Maybe if you’re [00:30:00] AI you’ll cry, ’cause you won’t know. You’ll be like, “I need to cry now.” Do do,
Nick: never know with me. Sometimes I’m AI
joe: what else do you have, Jordan? Or- Oh,
Georgia: you have, Georgia? Oh, I was just gonna say, and then the book I’m reading is the graphic novel, My Favorite Thing is Monsters by Emil Ferris mm-hmm. Right And this has been something I’ve wanted to get for, years. I’m trying to think when this came out. Oh, it actually came out in 2017, and I can’t believe I haven’t read it yet.
So I ended up with a copy of it, and it’s really amazing. And it’s set in Chicago, which I didn’t realize. So yeah, if you haven’t checked that out, it’s really amazing.
joe: Yeah, that sounds really cool.
Georgia: What about you, Joe? Any other books?
joe: I got edits back from
my agent, so, I’ve been working on those.
So after [00:31:00] finishing Pimp My Airship by Maurice Broaddus,
Georgia: Broaddus,
joe: am
Georgia: Who you just- Right … we just got to see- I was gonna
joe: say, I
was
Georgia: an event …active
joe: in the literary community. We went to an event at the Bucket O Blood in Avondale here in Chicago,
Nick: Oh yeah, did you guys have a good
time
there?
joe: a really good time.
Met several, eight- Eight, yeah
Georgia: eight different- Yeah,
they had
joe: were there. Eight.
Georgia: And
joe: Golden, Maurice Broaddus,
Georgia: Golden, Maurice Broaddus, Nick Medina
joe: Medina. Just trying to-
Georgia: Christina Henry.
joe: S.A. Barnes, Jonathan Janz Daniel Kraus, I’ve tried- Oh, he was … I
got to chat with, yeah. Gus Moreno. And Theodore Van Alst. And so yeah, really cool, and it
Nick: Yeah, I am.
joe: fun ’cause Nick and Ted, they had stories in the Red Line, Chicago horror anthology that I have a story in, so it was really neat, And
Georgia: are all, a lot of them are in the,
joe: the, In Stand,
Georgia: End of the World of-
joe: as We Know It.
Georgia: Anthology, so- Yeah … yeah, I think you would … Yeah, if you [00:32:00] check out Nick Medina and,
joe: Yeah. And it was kind of celebrating Christopher Golden’s novel, Carry Me to My Grave, and it was called Carry Me to Your Bookshelf Tour.
So yeah, so and then they
Georgia: And he got all these people together, and then
they- Had
joe: in the- Different … yeah, the End of the World as We Knew It. He was the the editor along with Brian Keene,
Georgia: was really awesome- So,… because I think you could tell most of them knew each other for a while. Yep. Yep.
And they had these panel discussions- … that were really … Yeah.
joe: and I invited a few folks to join us on the podcast. They said they, they would,
Georgia: We’ve asked Daniel Kraus like
Nick: I really gotta read their
joe: Christopher Golden Maurice Broaddus to come,
Georgia: So
joe: Nick ……yeah
Nick Medina,
Georgia: Yeah, that
would be amazing.
Yeah …very interested,
joe: So, yeah, yep. So if they’re listening, hey,
you
know. We’ll you’ll be getting your emails. Season four. We’re hoping.
Yeah, come on out. We had, we have a lot of fun
Nick: And if you can send us over [00:33:00] a copy of a book, that’d be great too
or if there’s any advanced copies
joe: So put a plug in for the library. Go check out at the library. They probably have all these books, and I probably have-
Georgia: did purchase a
few …yeah,
joe: yep, so
a number of their
Georgia: I wanted to buy every book,
joe: Yeah, that would’ve been nice, yeah.
Some of these guys have, like, 20, 20 books. I don’t have all, every book, but- I was like- Yeah … oh, it was so tough to be like, “Oh.” But
Georgia: Some of you guys have like 20, 20. Some have all 20 books. It was like, oh, it was so tough to be like, “Oh, which
joe: we got a few, so enough to get you
Nick: Very cool.
joe: Excellent. Yeah. What else? Anything else you got, Nick, there on the, the media holes?
Nick: What? I know it’s gonna sound bad, but I’m only halfway done with Obsession. I had to stop for the night, but we were watching that earlier.
Georgia: Oh, wow
Nick: It’s really good. I’m enjoying
Georgia: Oh my gosh. It’s just,
Yeah
Nick: I, I think they did a great job with it. It feels like a rom-com that’s been horrified
Georgia: Yeah, it’s just, and-
joe: haven’t seen it.
Georgia: and the main [00:34:00] woman in that show, I really hope she’s up for an Oscar. I really, it’s amazing.
Nick: Yeah. Sh- she’s fantastic.
Well, besides that, I think I’ve been playing Palworld. They just dropped their 1.0 update what, a week or two ago, and I, yeah, jumped back on that. They did a lot of changes in the game. They weren’t bad changes, been playing that. And wow, I feel like there hasn’t been all that much that I’ve been watching lately.
Was able to go see a show this past weekend. Saw Local H and some other small bands for their opener. That was a good time.
Georgia: Very
joe: cool
Yeah, very cool. Yeah. Live ma-
Nick: it was an outdoor one.
joe: Mm-hmm.
Georgia: I
Nick: besides that pretty quiet on my front.
joe: All right. I think that’s yeah
Nick: At the show?
joe: That’s the show?
That sounds like it
Nick: All right.
joe: Well, you [00:35:00] me, Joe
Nick: you got Nick
Georgia: Georgia
Nick: And we went down some mini holes
joe: Stay safe out there. Stay curious. Subscribe. Give us some likes.
In the 76th episode of Rabbit Hole of Research, from the Basement Studio, Joe and Nick are joined by Alex Hanes of the YouTube channel Hanes for Heroes(@Hanes4Heros) for the conclusion of their three-part Spider-Man villain series, and this one gets personal. Bring some tissues!
The crew digs into what it actually means to be a hero/villain, neurologically, philosophically, and biologically. They explore moral injury and the difference between guilt and shame. Why Spider-Sense might be anxiety on overdrive, and how Peter’s pattern of seeking father figures keeps leading him straight to his greatest enemies, and the crew speculates on what might be coming with Dr. Doom in the MCU.
They debate whether Spider-Man could ever cross the line into villainy, examine Venom and Carnage as the darkest possible mirrors of Peter Parker, and ponder the question Alan Moore spent his career answering: would unchecked power produce heroes?
Plus Joe wows the crew with the science of spider silk, spider-goat milk, and how many calories it would actually take to be Spider-Man. The crew ends discussing which version of Spidey walks out of a cage match.
Dragon Con — Atlanta, GA (September 3-7, 2026) – Joe attending as Professional
It’s Science for Weirdos
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We discussed these questions on the episode and now want to Hear From You (leave a comment):
If you woke up tomorrow with Spider-Man’s powers, what would you actually do: hero, villain, or something in between?
Peter Parker is one bad day away from most of his villains. Do you buy that, or is there something in his character that would always pull him back?
Who is your favorite Spider-Man villain, and what does that say about what you find most compelling in a good antagonist?
Drop your thoughts in the comments. We read them all, and your ideas often shape future episodes.
Spider-Men — Peter Parker and Miles Morales crossover written by Brian Michael Bendis with art by Sara Pichelli
Superior Spider-Man — Doc Ock takes over Peter’s body
Marvel Zombies
Spider-Verse — various issues including Reed Richards storyline
Spider-Carnage
Venomized Spider-Man
Ghost-Spider — Gwen Stacy’s universe
Injustice — Superman kills the Joker storyline
Your Friendly Neighborhood Spider-Man — animated series (2025, Disney +)
Films and TV mentioned:
Spider-Man trilogy — Tobey Maguire
Spider-Man: MCU No Way Home
Spider-Man: MCU Homecoming / Far From Home
Spider-Man: Into the Spider-Verse
Spider-Man: Across the Spider-Verse
Venom films
Avengers: Infinity War / Endgame
The Spider Within — Miles Morales short film (YouTube)
Daredevil: Born Again — Season 2 referenced
Luke Cage — Netflix series Season 1 and 2
Spider-Noir
Your Friendly Neighborhood Spider-Man — animated series
Video games mentioned:
Spider-Man — PS4
Spider-Man 2099
Fun Facts to Impress Your Friends With:
Spider silk is stronger than steel — and we’ve engineered goats to produce it.Spider dragline silk is stronger than high-grade steel by weight and far more elastic. Because spiders are too territorial to farm, researchers spliced silk protein genes into goats so the proteins are expressed in their milk, which can then be extracted and spun into fiber. The company even put the goats (Sugar and Spice) on public display, and the public did not respond well.
Orb weaver spiders eat their own web every day. Not because they’re hungry — because silk is metabolically expensive to produce. They consume the entire web, reclaim the proteins, and rebuild it fresh the next day. They are running a materials recycling operation in real time, with no waste. Spider-Man leaving his webs all over Manhattan would be, biologically speaking, an absolute disaster for his budget.
A human-sized creature physically cannot wall crawl — the math breaks.Geckos and spiders use surface adhesion to climb, but adhesion force scales with surface area while body weight scales with volume. Double the size of a gecko and it can no longer support itself on a wall. For a human to wall crawl using the same mechanism, adhesive pads would need to cover roughly 40% of total body surface. DARPA actually built gecko-inspired climbing gloves and got a human up a glass building, but it required enormous specialized pads and was exhaustingly slow.
Spider-Sense has a real neurological analogue. The human brain has a subcortical threat detection pathway, the pulvinar pathway, that processes threatening stimuli faster than conscious awareness. You flinch before you “see” the thing. Studies show humans detect spiders and angry faces faster than neutral stimuli even under masking conditions. Spider-Sense may be less fantasy and more a hypothetically amplified version of something already running in your brain.
Being Spider-Man would require an extraordinary number of calories.Factoring in web production, the metabolic cost of a hyper-active healing factor, sustained fast-twitch muscle activity, and a nervous system running on permanent high alert, a conservative estimate puts Spider-Man’s daily caloric need somewhere between 20,000 and 30,000 calories on an active patrol day. For context, Tour de France cyclists burn around 8,000 to 9,000 calories a day. Peter’s bodega sandwich habit is not going to cut it.
Episode Highlights
01:11:25 Guest Plug and Wrap — Alex plugs Hanes for Heroes, his Superhero Pride Month challenge, and his mission to get more people loud in movie theaters for superhero films. Joe floats a future DC episode. Nick throws a sticker on it.
00:00 Basement Studio Roll Call — Joe holds down the Basement Studio solo while Nick joins via Zoom, and guest Alex Hanes of Hanes for Heroes checks in ready to talk Spider-Man.
01:17 Spider Villain Series Setup — Joe sets up the third and final chapter of the Spider-Man villain series, focused on what Peter’s enemies reveal about him as a hero.
01:43 Power and Responsibility Monologue — Joe opens with the question underneath all the web-slinging and one-liners: what actually makes someone good when the alternative is right there and nobody could stop you?
03:23 Why Go Villain — Nick immediately declares he’s going straight villain, Poison Ivy gets dragged into the conversation, and the crew debates the fine line between villain and anti-hero.
05:52 Trauma and Moral Injury — The crew unpacks how grief and moral injury — not just superpowers — shaped who Peter Parker became, and whether Uncle Ben’s death was the cause or just the accelerant.
08:16 Spider-Sense Anxiety — Nick brings up the Miles Morales short film The Spider Within and the crew lands on a uncomfortable idea: Spider-Sense may just be anxiety on overdrive with nowhere to go.
13:14 Villains as Mirrors — Nick makes the case that each villain reveals a different part of Peter — fear, grief, ambition, rage — and that the rogues gallery is essentially a map of everything Peter could have become.
13:54 Father Figures and Betrayal — Joe pulls the thread on Peter’s pattern of clinging to brilliant older male mentors who inevitably become his greatest enemies — and what that says about the wound left by his parents and Uncle Ben.
18:29 MCU Mentors and Doom — The crew traces the father figure pattern through Iron Man and Mysterio and speculates on what a Spider-Man and Dr. Doom dynamic in the MCU could mean — tissues may be required.
22:13 Venom Suit Dark Path — Alex makes the case that Venom is the most complete mirror in the rogues gallery — Spider-Man with the moral injury removed — and the crew debates what Peter liked about the suit that he won’t admit.
26:21 Multiverse Evil Spider-Men — Spider-Carnage, Venomized Spider-Man, Marvel Zombies, and the Peter Lizard all get their moment as the crew asks why there aren’t more openly villainous Spider-Men in the multiverse.
30:47 Holding Back the Power — Joe raises the uncomfortable point that Spider-Man could end most of his villains’ careers permanently if he just took the filter off — and the crew debates whether holding back is heroism or habit.
36:24 Crossing the No Kill Line — Alex uses the Injustice Superman arc to map out exactly how the slippery slope works — and why crossing the line once means there is no line anymore.
39:10 Spider-Man Goes Too Far — The crew examines the Spider-Verse comic where Peter uses Reed Richards as a human bridge in agonizing pain to save a city — and whether the ends justifying the means makes you a villain.
39:56 Where To Draw The Line — Could Spider-Man have a villain rating system? Four out of five villain stars and you get a pass. Five out of five and you’re done. The crew takes this more seriously than expected.
40:25 Crime Leaves New York — Alex points out the obvious: every hero is in New York. Why is there still crime there? The crew agrees criminals should just move to Albany.
42:10 Web Fluid Science — Joe breaks down the real physics and volume problem with Peter’s web fluid — liters per swing, hundreds of cartridges per patrol, and why synthetic web fluid is actually the most scientifically plausible part of his entire character.
43:10 Goat Spider Silk — Joe explains the spider-goat milk experiment, Dr. Randy Lewis, the original company going bankrupt, Sugar and Spice, and why the public display of the goats was a catastrophic PR decision.
47:05 Webs Need Calories — Alex connects web production to metabolic cost, Joe brings in the healing factor and Spider-Sense anxiety burn, and the crew lands on a number somewhere between 20,000 and 30,000 calories a day.
50:26 Spidey Meal Debate — Aunt May’s wheatcakes, bodega sandwiches, and pizza by the pie — the crew debates Spider-Man’s go-to meal and whether he could even finish eating before Scorpion comes rolling down the street.
53:57 If We Had Powers — Joe would capitalize and retire. Nick goes full Robin Hood villain and knows it. Alex would help his community quietly and avoid confrontation. Nobody goes full hero unprompted.
57:27 Villainy and Escalation — Nick’s Robin Hood plan gets stress-tested and collapses almost immediately into the exact escalation cycle that creates supervillains — and he’s fine with it.
01:00:21 Favorite Spider-Man Villains — Joe picks Doc Ock, Nick goes Mysterio and Black Cat, Alex goes Carnage and is still upset about the second Venom movie.
01:06:24 Strongest Spider-Man Ranked — Miles versus Tom Holland in a cage match of powers, sacrifice, and father figure energy, with the crew ultimately split and Spider-Man winning regardless.
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Transcript
joe: [00:00:00] Hey, welcome back to the Rabbit Hole of Research down here in the basement studio, the very lonely basement studio. It’s it’s just me down here holding it down. This is Joe, if you didn’t know that already.
Nick: You got neck
joe: Nick. We’ve got Nick coming to us on Zoom, couldn’t be in the
Nick: Having Joe think he’s going crazy in the studio alone,
obviously.
joe: I am.
Georgia may or may not join us. She had to work a little late this episode. The recording had to get moved a couple times. During one of the storms that came through the Midwest we actually lost power in the Basement Studio, so we couldn’t, I was gonna, I was gonna go for it, candlelight, battery power.
I was ready to go, but everyone else you know, I think it would’ve worked. Yeah. So and yeah, we have our guests here joining us
Alex: Hey, my name’s Alex Haynes. I’m super excited to be here. I was know- heard
about you guys through a mutual friend of ours [00:01:00] who’s
also named Alex Oh, nice. So he’s cool. And said he wanted to talk about Spider-Man, and, you know, that’s just my bag, so I’m really excited for this.
Nick: Hell yeah.
joe: Talking about Spider-Man and, you know, that’s just my bag. Hell yeah. Yeah, definitely. You got the Spider-Man shirt on there. I mean, you’re ready to go. Yeah, and this is we’ve been following along with the show. This is part three of our Spider-Man villain series. And this episode kinda rounding out towards the end is what does his villains reveal about him and just overall Spider-Man as a hero.
I’m sure we’ll touch into his powers his everything.
Nick: you got a monologue? Yeah
joe: I’ve got that, so.
Nick: All right, Joe, go for it.
I’m not,
gonna give gonna let me do it?
joe: Let’s hear it. for a scrappy, friendly neighborhood Spider-Man, he has one of the most diverse collection of enemies in comics, and it’s not because of their mutations, technology, political savviness, or handwavium powers that makes them memorable.
It’s the fact that almost [00:02:00] all of them mirror aspects of him. Reckless scientists who are reckless with lab safety, experimenting without thinking about consequences, personal losses, grief driving their reactions, powers that they thought would make things right but weren’t ready for the responsibility.
Peter Parker is one bad day away from most of his villains, separated by one different choice at one different moment, which keeps bringing the stories back to the same question underneath all the teenage angst, web-slinging, and snappy one-liners. What actually makes someone good? Not law-abiding, but superhero, sacrifice everything good, especially when the alternative is right there and nobody can stop you from obtaining your wildest desires.
Everyone knows the line, “With great power comes great responsibility.” We’ve heard it and we’ve said it so many times that we probably have stopped thinking about what it means. It isn’t saying power makes you responsible. It’s saying power requires you to choose it every single time [00:03:00] against every other option available to you.
So if you woke up tomorrow stronger, faster, essentially beyond consequence, what would you do? Most people say the right thing, and they would do good. But would they? Or would you be more like an Alan Moore superhero, where unchecked power doesn’t produce heroes? It would merely hold a mirror up to our truest selves, and what would you see?
Nick: We already know my answer, guys. I go straight villain. It happens. It’s gonna
be A slippery slope of me thinking I’m doing something right and then all hell breaks loose.
joe: Yeah.
Alex: No why villain? Why villain? Just to s- just to-
Nick: well ’cause… All right.
So, I’m gonna go ahead and go slip into the DC verse right now. You got Poison Ivy, who i- they classify as an eco-terrorist.
She’s doing right by the plants. She’s just trying to restore it. Mm-hmm. But she gets labeled a villain. So when you’re doing things that [00:04:00] aren’t necessarily in line with good neutral, you tend to fall more into evil
joe: But I would consider her a anti-hero, right?
Where you’re- Anti-hero
Nick: is not Considered a hero still.
joe: I think you are. That’s part of
Nick: It’s part of the name,
anti-hero.
joe: right, right. But I mean, you’re still a hero, right? It’s kind of this, it’s a weird,
Nick: Yeah. You,
joe: of these weird phrasings that we use.
But technically you have to be a hero level first, and then you’re just off a little bit. It’s not a 180. I don’t think that’s the true it’s you’re maybe 35 degrees off, if we’re trying to
Nick: Yeah, like,
joe: you know. Like a Catholic.
Alex: good.
Nick: Yes. I’m very much chaotic neutral. Like-
joe: Yeah, there you go
Alex: Or the, Yeah … you also gotta consider, like, what is viewed as what’s considered good in that universe. So like with, in, you know, since we’re bringing up Poison Ivy, like in her case, she’s going after billionaires, [00:05:00] people that are actively destroying the planet. But also in the process of going after them, she’s also putting innocent people
in danger. Yeah. So it’s just like, like in the long run, what she’s doing is helpful, but like we’re gonna need you to
Tighten it up just a little bit, Poison Ivy. I feel like that’s more Batman’s issue with her. It’s just like, “Hey I get it, but like y-
Nick: Is it
Alex: though?
there’s this woman pushing her baby in the-
Nick: He’s a billionaire man. Like he, she’s gonna go after him eventually.
joe: And I think both of these characters, Poison Ivy, Batman, and Spider-Man, let’s pull it back to our topic of, our spotlight, our topic. I know we try to give… We don’t give DC a lot of love, but,
Nick: It’s the only time I give DC love. It’s right now in
the middle of a Spider-Man series
joe: the Spider-Man series. But grief and trauma was the underlying factor in, you
know, kind of what pushed these people on their path. You know? [00:06:00] If you go back to origin stories, they are all mixed up. And it, I guess it depends on which origin story,
Nick: 100%. it’s not necessarily Spider-Man’s power came from, the traumatic event, but it led to who he was, I think.
joe: That was a key component in him becoming who he was. So, right?
Alex: Yeah, absolutely. It’s definitely just that idea where he’s like, “I had the power to do something, and because I didn’t,
This led to my uncle being murdered,” or this leads to bad things happening. So this is like, I honestly feel bad for Spider-Man, ’cause just the trauma of that situation forces him to put everything on his
shoulders, like even at the expense of his own life.
‘Cause, you know, when you think of like great power comes great responsibility, that, that
can be not just like using your literal power for good, but it’s also like taking responsibility for your own life, you know? like looking out for his, for like making sure he’s doing well in [00:07:00] school, taking, help taking– care of his aunt.
But he doesn’t. But he doesn’t. But he doesn’t.
Nick: 100%
Alex: of the time. And it’s just that trauma of like- He puts- … “No, I gotta stop criminals or someone’s gonna die.” And I’m like, “No, boo-boo, I love you. Let me give you a hug. It’s okay.
joe: Yeah.
Alex: You don’t have to.”
joe: And I think that gets at his it’s a moral injury, so it’s almost different than, like, a post-traumatic stress kind of disorder. This grief and then replaying in your head what you would’ve done, how you could’ve done something different, and I think that’s, there’s some kind of guilt, “I did something bad,” and shame, “I am bad.”
You know, I think he walks that line, and he stays in, guilt mode, and I think
Nick: Yeah, he walks through and
joe: about. Yep.
Nick: constantly, like, in the, “Oh, I hear sirens. I gotta go.”
Like, what, the,
I wanna say two years ago they did a series called Spider-Men. It was Peter and Miles, and they made it an active routine to make it Wednesdays a day to go to this coffee shop [00:08:00] and get coffee, and they’re trying so hard to not, do Spider-Man business that day. And, something happens constantly, and it’s like that place became a focal point of someone else getting powers and them having to help figure out how to control it for them. Like-
joe: And I, and I wonder one of the things is, you know, and we might get into a little bit of the handwavium and science-y stuff i- throughout this episode, but, I think that his neurological kind of pathways had to be rewired. And so as part of that rewiring, is he just stuck in, a hyperactive grief state?
So, like, where normal people may process it and they go through their stages and, they would eventually come out of it. Is it because he has these kind of hyper-aware powers, a Spidey Sense, all this is probably tethered into that? Is he now just a loop, you know, this crazy feedback loop of, hyper-grief,
Nick: the s- his Spidey sense actually leads into anxiety. Into the [00:09:00] Spider-Verse did a mini film that was released in overseas and it came to YouTube two years ago or so. I don’t know why everything I know right now is two years ago. But it was Miles dealing with his spider sense being over-driven, and he was just having this super anxious,
like it was anxiety on overdrive.
And seeing that, I mean, this whole conversation’s just gonna be about mental health, I guarantee it. ‘Cause-
Mm-hmm … like if we’re looking at th- them it comes down to them having an overdrive on anxiety and it’s just being that self-aware
joe: Yeah and that grief and anxiety are really intertwined, right? major loss disrupts your whole sense of safety leading to panic attacks, racing thoughts, constant fear and so you, you have this kind of situation, right? I mean, that tethers, and Alex Lee, you wanna jump in [00:10:00] here?
Alex: Yeah. A- and I think, you know, what’s real- what I really like about thi- this point is, A, at the end of the day, though, like, with all this anxiety, all this trauma, all this guilt that Spider-Man’s facing deep down it shows, like, why exactly he’s a hero, that he truly is a good person. ‘Cause I feel
like if, even if he, let’s say Uncle Ben didn’t die. If Uncle Ben didn’t die, would he be the same Spider-Man that he is? I think he still would be ’cause deep down, like,
’cause his reaction to that trauma was to do good instead of
like,
“Oh no, I’m gonna go get revenge on criminals instead.” you know? So I feel like if h- if Uncle Ben
hadn’t have died, if he hadn’t experienced, like,
that severe guilt. It might have took him
longer to get to that point. He, you know,
he’s still a teenager, still,
developmentally selfish, like he’s trying to figure out his life.
But I feel
like-
he eventually would get there on that [00:11:00] good side. So I think that’s what separates
Spider-Man from his villains. Like when they had that moment, that fork in the road, at the end of the day he chose to be good, whereas most of his villains, some of them can’t control it, but most of them
joe: Right. Right. Yeah. Yeah. Yeah.
Alex: go the opposite route
joe: Goes off with that. And I wonder, because we start at Uncle Ben, but we could take it a step back and talk about the, that loss of his parents, right? Because they were tragically killed or we assume they’re- yeah
Nick: yeah. It’s That’s right. There’s, there are lines.
depends. It, it, It’s
a toss-up really. Like, whatever they decide- is what’s gonna
happen.
joe: that’s almost more traumatic, right? Because if you’re raised with this idea and that’s some sense of goodness, right? Your parents were doing something good.
They died, and then you gave up a chance to save your uncle potentially, that, that’d eat at you. Like, “Oh, what would my parents think? What would this…” You know, now you could compound that with the Uncle Ben, and then you move forward into a good state. So what happens [00:12:00] then, and , there probably is a line, a universe line like this, but what happens when, if his parents do show back up?
That just has to throw him and probably wreck him mentally if all of a sudden it’s like, “Oh, guess what? Your parents, they’ve been lying to you, this whole time, and, you know, they were doing their shady stuff and just didn’t wanna involve you,” right? I mean, that, that’s kind of,
Nick: I wanna say that’s the storyline for a few different ones, where they were like, got wrapped up into some bad stuff and they’re like, “Yeah, we-“
Alex: Like weren’t they Hydra agents in one
Nick: storyline? Yes, I think that was it.
Or what, one of them I think they were
working for Osborn, right? The Weeping. Oh, yeah. I think that was… I feel like Osborn was wrapped in one, and it was just like a, such a mind flip.
joe: Right, right, right, right
Nick: And just to pedal back real quick, the
short film I was talking about is The Spider Within.
joe: Mm-hmm.
Nick: Highly recommend- I remember that … checking that out. I remember
Alex: that one. Yes. I that, that [00:13:00] was… That made me cry. I felt bad for Miles.
Nick: Oh, 100%. Like it- But I was right. It came to YouTube two years ago.
joe: Two
Alex: Two
Nick: years huh? I was so spot on. I’m so happy about that. But like,
even his villains definitely do say a lot about Spider-Man as a character. Like, with each one we see a different part of Peter come through. Like, with the Green Goblin, you see so much fear come through with him.
Right
It’s one that hits him to the core, and that’s why they use Willem Dafoe
perfectly for it, introducing to the Tobey Maguire verse, and then bringing Dafoe back, showing that fear again- as he takes out Aunt May. It was just like
You felt the rage that Peter felt.
joe: Yeah. And well, go
Nick: Go ahead, Joe.
joe: No, I was just gonna say you also, and I loop back to parents because I think also Spider-Man, he [00:14:00] falls into the trap, Peter, of looking for a father figure, right? So a lot of the times he gets really close to his, the villain or soon to be villain because they also have mental issues.
We- we’re talking about, , Osborn. He is unstable, split personality, but Peter being young, Alex you brought it up, being young, you attach onto that. You look past those things. You look at the genius. You look at kind of success. You look at, oh, this is the person I wanna be, and he’s looking for that role model.
Both of his male, closest male role models have been, tragically lost, right? And so you go, and then you cling on to somebody, and then all of a sudden, “Aha, I’m actually your nemesis.”
Nick: like that happens so much more often than we would think. Because
it’s like, “Oh, my father
figure betrayed
joe: Yeah, so that, that has to twist you. I mean, and to still come out on the other side and go, “You know what? I’m gonna, do the right thing. , I’m gonna, I’m gonna take a pizza and leave 10 bucks,” right? I mean, it’s kind of, you see him do these small little gestures [00:15:00] that you’re right, you don’t have to do it.
There’s no one would even stop him, and I think that’s truly a character of his. It’s not the big things he does. It’s usually that, the tiny little things that, then they feed those into his storylines,
Nick: that’s why He’s the, your friendly neighborhood Spider-Man. Yep. He, they really bring him down to that street level where if he were to do something nice for you, you’d be like, “Wow, that’s a good guy right there.”
Mm-hmm.
Alex: But I think it’s really cool how, like, when Spider-Man has these father figures that eventually become villains, and you can see that’s like you can see connections- Breaks my heart every time
Every time. But like, he sees something in them that he wants to become at some point. And then at the same time
They see something in him that reminds them of them. So in a way it feels like with these evil father figures, they try to maybe subconsciously get him away from
all the trauma that they’ve experienced. Get [00:16:00] like, “Hey, do this because we want– I want you to…” Like
with
Norman
Osborn, an example, for the original Spider-Man movies, he’s
like, “You know, do
it this way. I can help you get to this point ’cause we’re alike. We’re on the same whether it be intelligence, drive to succeed,” things of that nature.
And then it’s like A road map that
Peter sees
In these guys. So with N- Norman Osborn, he starts– The more he gets to know him, the more
he
understands
like,
“Oh, actually, that is a route I can take.” I especially like how it’s portrayed in the Your Friendly Neighborhood Spider-Man series.
I think. Yeah, yep. The new, the newest one- where, you know,
Norman Osborn’s very much the father figure. in his life, but
joe: Yep
Alex: He doesn’t… Eventually he starts to see the coldness in how Norman Osborn carries himself and it’s just
like,
“Oh, is that what I’m becoming Like, Like, am I starting to act like that?” Like w- with great power comes great [00:17:00] respect, like How he twists that.
Nick: Yep.
Alex: That phrase, that was just like- … That doesn’t feel right.
That doesn’t, that’s not something how…
joe: And create those designs. Yeah. That doesn’t feel right. That isn’t, that’s not something- Doesn’t sit right. Right. Yeah. Are you sitting right? Yeah.
Alex: Yeah.
Nick: Well, I do feel like Peter definitely has a little bit reserve. Like, he tends to give them a more leeway when it comes to these things. In the Spider-Man game that was for the PS4, he does the same thing with Otto, where he- he starts to figure it out, but he doesn’t wanna fully admit it that it’s happening. Like, it’s the rose-colored glasses that he’s wearing
Well, he’s just having a bad
day.
joe: I think he wants it, right? So you want it really bad. You want these connections. You were talking about the animated series. I think that one, it came out a couple years ago maybe. I don’t know now. It feels like a little bit. But
Nick: I think last year, man La- last what is
time? What is time?
What
is
joe: kind of his origin story was cooked in there, and riding that line between, gang life and street and trying to be [00:18:00] part of that. And now with this, these abilities, like
What’s he gonna– I mean, I think, yeah, the next season probably will explore some of that. But that’s also that
Nick: last year
joe: same kind of line that you have in there where, you know… But I do find these things and I I’m jumping a little bit ’cause my head’s jumping. But
Nick: Same here, buddy …
joe: I wanna go, I wanna I wanna pull on his father.
I- there’s a reason I wanna pull on him just one more thread, and that’s in the MCU.
Nick: One more web,
joe: one more web one more web a thread. We’ll talk about those webs in a little bit. But you know, we have Iron Man kind of as the father figure mentor. Yeah.
And now we’re gonna reboot, and Dr. Doom’s coming along, right?
I mean, that, that’s gonna be… Once again, I think you guys
Nick: I can’t wait to see what’s gonna happen.
joe: If I’m right now, you guys, let’s get your tissues ready. I think this is a… I think there’s gonna be a, you know… I think, yeah, that’s gonna be a big tearjerker.
Nick: Joe, you’re gonna see me cry at, in the middle of the night That’s[00:19:00]
joe: Yeah.
Alex: Tommy. That’s not Tommy.
joe: Yeah, that’s right. , that scene when, you know, in, Infinity War when he was breaking apart that imp- almost improv scene, and you get, , this is like that-
Nick: Breaks your heart …
joe: like that father-son moment. Like, and he was clinging to that like, “Tell me what’s wrong.
Tell me it’s gonna be better.” And it was like… And then that guilt, , it drove him in Endgame. That was, Tony Stark’s kind of… He thought about that. That, that was eating at him, and then he went back and then made that sacrifice. But fast-forward,
Nick: with the father figure, he ended up putting that same figger- father figure energy towards Mysterio, Jake Gyllenhaal’s
character. Mm-hmm. And that was such a poor decision of trying to just replace that energy with Mysterio, and it’s just backfiring so hard.
joe: It’s so hard But has he learned his lesson, right? Will that be a trigger point also? Will he reject Doom or, will that
Nick: Ooh, like[00:20:00]
joe: right? Yeah, you know, kind of, yeah. Okay. There we are.
Alex: feel I feel like,
joe: That’s the
Alex: I don’t know, ’cause
joe: I’m just going, I’m just going through. They, no one asked me to write anything, but
Alex: I don’t- I feel like he is so trusting of Tony Stark because,
you know, especially MCU Tony Stark, h- his, just the path that he took to become a hero is very similar to Spider-Man’s. Like, he didn’t use the power that he had responsibly. It caused someone’s death. In Iron Man’s case, like, they were using his weapons for the military, and people around the world were getting killed with his weapons.
So it
was just
like,
like Spider-Man, Iron–
Tony
Stark was carrying that guilt.
Like,
that was the only thing really driving him
to
be a hero.
you know, use his great power more responsibly. And so, like, when Spider-Man
meets Tony Stark,
They just click on that.
Like,
so
They’re,
basically the same person, just different [00:21:00] powers in the MCU. So-
Nick: like, he- I mean,
their energy was just electric. Yeah, exactly. And then if they do this, i- if, I don’t know, like, a part of me is thinking, like, they’re not gonna have Dr. Doom take his helmet off, so it won’t even be like a you look like Tony Stark thing. But
Alex: if they do and they have an interaction with Spider-Man, it’s just gonna be this, with Dr.
Doom, it’s gonna be like this complete betrayal of this father figure that Spider-Man
had.
joe: right? I mean, is that part of it? Because he did have the whole thing where everyone forgets who he is, and so you have this
Nick: But he doesn’t forget them.
Like
joe: I’m saying. He doesn’t forget them, but the other way, right? There would be no connection. So is that the burn, right?
Where you go, “Hey,” you know- I don’t
Nick: gonna fall for the same father figure tricks anymore. After Aunt May dies, I think he’s lost that. Like, he doesn’t have something to go home [00:22:00] to anymore. So he’s just in a nomad land at the moment
joe: Now he can become a villain, right? He’s there.
Nick: Oh, he jumping sides over with Doom over
there?
I mean-
joe: no, he’s
Nick: I wouldn’t be upset by this.
Alex: get the black suit, get the black suit on and Stripped down to his core and just emotionally raw, emotionally angry, Which the Venom suit
joe: The Venom suit. The Venom suit, yep.
Nick: Opposite of Peter. And with Eddie Brock being in it, you have that complete other
side of it. You got the yin and the yang. He can’t sense Venom with his spider sense because it’s so much him
joe: Well, I mean, that’s the thing about the Symbiote, right? That it, it gained Spider-Man’s ability and understands him, but he doesn’t have any of the mental baggage, right? So that it’s almost like that is the what Spider-Man would be without maybe some of the grief baggage, right? And that’s a good
That’s a, [00:23:00] yeah an interesting point, the, to look at that. But, you know, a true mirror image. And then you got, and then you got Eddie, who also has his baggage, right? his life was tossed upside down. He also was at the bottom and, when a Symbiote kind of found him or he found it, I don’t know.
I mean, you can … I don’t know how destiny-
Nick: They found each other, know? They were just Had
joe: a
Alex: a little meet
cute together.
joe: Yeah.
Nick: I want The rom-com of that. This one- Yeah.
joe: that’s right. It’s
Nick: like, “Oh, hello.” I mean, kind- the Venom movies kinda did it
You’re so right. …
joe: I was gonna say
Nick: They were kinda rom-com-y.
joe: yeah, it did feel like a little love fest in there,
but yeah, I think that’s where you have that. So we got Spider-Man. So it, it sounds like if I’m reading the room, the empty studio in the digital room that y’all … I mean, you would have no problem with Spider-Man dipping his toe into a villain, villaindom, I guess. I don’t know if that’s
I mean, would you feel some [00:24:00] way? I see Alex getting a little
Nick: He has in stories before. Like, if it’s what he thinks is right he’s done some very dark things. What, in, wow, what storyline was it? It was one of the Spider-Verse comics where he ended up using Reed
Richards to
hold the
city together, and Reed was in invincible
pain ’cause he shouldn’t be stretched that far and it’s just that Spider-Man took a darker route.
Like, he lost more people and thought that he can’t lose the whole
city if he uses Reed to
you know,
do what he needs to do.
joe: gets back to, like, the Poison Ivy argument, right? That the ends justify the means. Is that, so if you have a few casualties, if you lose Reed. Right, but save the city, I think he also falls into that trap a lot, like [00:25:00] overextending himself and,
you know.
And then hopefully someone bails him out, right?
Alex: Yeah. I, you know, the idea of a Spider-Man dipping, becoming a villain, it,, it, it sounds fun, but also I just, it would break my heart because, he, that’s just not what he’s about,
Especially at the end of No Way Home, like all good he did, like just like to make everyone on the planet forget about your existence, like that’s one
of the most ultimate heroic sacrifices you could do
Yeah. For him to just give up on his morals and ideals, like it would just make all of that just like pointless. Like why do that if you’re just gonna
joe: His morals and ideals would just make all of that just, pointless. Like why do that if you’re just gonna- Well, unless that’s your long play, right? I mean, and now if you wipe the slate clean, no one knows who you are. Now you can go out Just go and let your freak flag fly, right?
I mean, just kind of feel like,
Nick: is “[00:26:00]
joe: I’m gonna do
Nick: Why I do
think that the Venom suit will show up, and that is where it’s gonna have that darker twist. Like, the Venom suit is always that this is the dark Spider-Man that everyone’s always like, “Oh, yeah, this is what we want.” But, like, no one truly wants the
Venom suit to stick around. Like-
Yeah. it’s
joe: multiverse there has to be Spider-Men-
Nick: Oh, 100%
joe: who went down a different path.
Nick: Yeah,
joe: if they’re gonna play that out and have that, we, we accept the multiverse and then it’s different versions of Spider-Man from noir to pig to, you know, whatever then you
Nick: A pig?
joe: that you know,
Nick: the pig becomes the villain.
joe: The pig becomes the villain. But you have that kind of, that idea where you go in and there has to be villainous Spider-Men. I don’t, I, I’m surprised we haven’t seen, that’s, I mean, maybe,
Nick: Peters …
that aren’t always [00:27:00] in Spider-Man suits.
joe: Are always in Spider-Man suits.
Right. Right
Alex: There’s there’s, you know, there’s- ’cause what
Nick: in-
Alex: There’s the Venomized Spider-Man that actually does take out his villains.
There’s Spider-Carnage
joe: Garnets, right. Right
Alex: Which was that, highlights that one
joe: Yeah
Nick: wasn’t there a spider lizard, or a Peter lizard? Yeah.
Alex: that’s like Gwen Stacy’s- Yeah … universe, right? Yeah. That one, where he kills her.
Nick: Yeah. Or was he the lizard in that or was he the Green Goblin? So
Alex: that one he, he was the lizard in-
Nick: Oh …
Alex: Ghost-Spider’s universe Okay. And then I guess if you wanna count- Okay, I was like, wait, I- … Marvel Zombies,
If you count Marvel Zombies-
joe: Mortal zombies Oh, I love zombies. Yes. We count it. I don’t know if he’s a villain then, right? You’re just a zombie. Are zombies villains?
Nick: yeah.
joe: are. I don’t think they are. They have
Alex: They were,
joe: They’re just impulse-driven
Alex: sense of what they were doing
joe: What they were doing- Yeah, I mean, 100%. They knew what They were doing
Nick: They didn’t care You
Alex: can make the argument that the virus was so, like, in- [00:28:00] like, insatiable, like they couldn’t stop the hunger.
So y- y- you can make That
argument, yeah. But also they were constantly aware, like, “Man, I feel really bad about this. I wish we were smart enough to figure something out,”
which they definitely were
joe: then you’re just impulse driven, right? So once the impulse drives you, you’re not, you have no control. So they really don’t have control, right? I mean, I guess if they eat, then they get control. But then, if they eat, you’re saying they’re a villain. So really that’s a loop there that you know but-
Alex: They just gotta jump off a
joe: You gotta jump off
so that’s why I’m kind of, yeah, right, or do something else.
Nick: I forgot
there was
one,
character in there that was eating small bits to keep control of himself. I can’t remember which one it was though.
Alex: Giant man. He had the brothers- Was, yes
tied up And he was just taking pieces
joe: slithers of them, right. Yeah
Nick: And that wa- like, he still wasn’t there. Yeah
joe: and I’m gonna stay, I’m gonna stave off zombieism by [00:29:00] feeding small pieces. Okay. This isn’t a zombie episode. As much as I would love it to be, it is not. It’s a Spider-Man looking at through his villains.
Yeah. So what else we got?
Alex: So yeah I like going- See, wow. Go ahead … just to go back to the Venom one real quick. Like, yeah, like, like y’all said earlier, that’s like the… Venom’s the perfect counter to Spider-Man. Like, they’re basically the exact… They are the exact same character, but just different paths taken. Like, one’s like Spider-Man chooses responsibility and good, and the other one chooses straight up revenge. And like even with the
alternate universe where Spider-Man does
get
completely taken over by the Venom
symbiote, like that’s what happens. He starts taking out his villains. He starts going down that darker path of violence and murder and mayhem complete opposite. So like yeah, it’s just he- Venom is what Spider-Man
could have
been if he [00:30:00] let that trauma of his uncle Pa- getting killed just push him too far, which just
goes to show, like his internal strength. It’s like, ’cause, you know, u- understand like if we
love our family member and Someone takes them out, like- we’re
gonna be angry. If we have the power to do something- Oh … we’re gonna do something. But he
Nick: chose-
Alex: 100% would
Nick: do it
joe: And I mean, it’s one of those
Nick: See, villain path goes really
easy for me …
joe: get there, but I mean, you’re talking about,
, Venom and his taking out. \ He also he feels like he has some moral code. He wants to have fun and he’s kinda silly, but he is kind of in that, I think once again, in that anti-hero frame, and this gets me to, to Spider-Man in some ways.
Is he actually restricting his power, right? I mean, is Yeah … he holds back.
Osborn’s kind of needling? Like, you’re holding yourself back because really if he just un- he took the filter off and the regulator off, he could [00:31:00] end crime. Kingpin, a lot, a number of these people aren’t, are really a match for him, both physically and mentally. He’s one of the smartest, as a teenager, one of the smartest people in the Marvel Universe. I think he would rank
Nick: Yet very dumb with finances. Like
his finances are trash
joe: yeah. I mean,
Nick: He
does not save money.
joe: I mean, and he, but he doesn’t, he also was, you know, he wasn’t brought up with means, so that, that’s it.
So he’s frugal. His dumpster diving, scrounging for pizza, going to the bodega for sandwiches and, bartering. I think that’s just who he is. I think, he’ll always… That’s that I think you empathize.
People relate with that. They go, “Oh, I, oh yeah, if I’m a sp- that’s how I’m gonna be. I’m gonna be in the hood. I’m gonna be like,, ‘Hey, you guys want sandwiches? You want…’, da.”
Nick: what,
in the Spi- in Homecoming they say, “Oh man, I thought you were gonna be Black, man.”
joe: Yeah.
Nick: Oh. Just like- Oh, I’m sorry. Oh man, I’m sorry. Or that was n- that was Far From Home. No
Way Home. No, Way Home,
there it is. I [00:32:00] was like, wait, which one was that?
joe: No, so I, I think you have this where, it does him a disservice maybe. I don’t know. Well, let’s say not a villain. Let’s go anti-hero. Would that, would you just go he’s just bludgeoning people through New York City, cleaning the streets, just a new sheriff’s in
Nick: But then you go with the Batman route. Like, Batman
straight up.
joe: but
Nick: doesn’t care about them being
poor or not, or the conditions that
they’re
in, where Peter does. Peter cares about, “All right, here, what’s the problem?” Like, “Y- I know you’re going through hard times. You’re trying to steal money from this pizza place, but, like, can you just not?”
joe: I mean, I’m
Nick: he tries to reason
joe: You’re right I agree there, right? So in that case, yes, but I’m talking about high-level crime, like
Nick: Oh yeah, take
’em out,
joe: I’m talking about, up there, right? That’s the thing with Batman. I think you’re right. You go to DC and Batman, a lot of the people he’s picking on, they’re mentally unstable.
They got other issues.
Nick: He just
beats the shit out of
joe: should be in a institution, [00:33:00] maybe have a different conversation with them, like a different intervention. Also, he doesn’t have superpowers, right? I mean, we can go through all that. He is not a super-powered individual, so his
Nick: can’t afford to have conversations.
joe: Uh, so I’m not picking on DC, I’m just saying that a- as a character.
So but with Spider-Man, he truly, he does, and he’s equal… He’s as smart as Bruce Wayne, right? I think he would give him bang for his bang for technology development and he also is powered. So on that level, can he have a still a little minor kind of moral code? And Nick’s point, okay, yeah, I mean, you’re starving at home.
You stole a loaf of bread. I’m not gonna crush you down. I’m not gonna beat you just because I’m
Nick: Batman will.
joe: Let’s talk it out. But also, should he be more aggressive on the streets, right? Should he be more laying the lumber down on somebody’s… You know, crossing that line., it’s a fine line, but
I don’t know. He seems to not wanna [00:34:00] cross it. I mean, that’s-
Nick: I think with this actual, super villains, if he goes a little harder, he’s gonna do major damage. Like, this isn’t even saying, unleash the full power of him, ’cause he is a very strong character,
joe: Yes
Nick: but full strength I think he wipes the table. Like, each one of them. That’s why he’s able to go against the Sinister Six with all
Six of them going at him at the same time
Like-
Alex: Absolutely. He took off the scorpion’s jaw when he was
possessed
by a-
Nick: Yeah …
Alex: Doc Ock,
Nick: and-
Alex: Yeah …Doctor Octopus. I’m like, “Oh, no.”
Nick: You’re like, “Oh.”
Alex: It was… If I was a Spider-Man villain, I saw that, I’m like, “All right. I’m retired. I
ain’t-“
Nick: I’m
walking.
joe: I’m checking out. Finding
Nick: think I’m gonna go mess with Wolverine instead.
Don’t
worry.
joe: yeah. I mean, I don’t know if that’s where you wanna go, but
Alex: That- I, but I think that’s a good point. Like, I
feel like he [00:35:00] absolutely can be more aggressive on cri- he’s surely capable of it, and that’s, like, one of the reasons why I’m glad he’s not a villain because if he was he would be an absolute monster. ‘Cause, like- with, like, regular criminals, he doesn’t do too much to them.
Like, he might do a, throw a little kick or a punch, but for the most part he just messes with, like, like, bank robbers, he’ll just mess with them stick them to a
wall, because,
joe: Doop, doop. Yep.
Alex: But like, that, ’cause that’s all he needs to
do. Like, that’s how
beneath they are, and that’s the whole part with, like, with great power.
joe: He doesn’t go any further than he has to, right? And I don’t know if that’s just because
Alex: you’re playing, unless you’re playing the Spider-Man video game where you can just throw people off- Whoa … off the building, right? You’re just giving them the biggest medical bill ever. Throwing sewer grates at shoplifters from a liquor store. But like, but yeah, like, he, that’s part of the whole great power, great responsibility.
Like, he knows he has this power in him and, like, when he meets Daredevil, like, Daredevil himself says, like, he is, like, [00:36:00] tensing up
His muscles so much because he doesn’t need to hurt people that much. He can just,
he can get the job done without doing it. But with the higher level crimes, like I know there’s a couple villains where he’s just, like definitely considered it, like Green Goblin- obviously. Kingpin. He’s just like,
“You know, I could-“
Mm.
joe: Yep
Alex: May- maybe this time I can just let
it go.”
joe: You brought up Daredevil and just the the Reborn season two. I don’t know. I don’t wanna spoil it, but I think he also had that issue and some of that was personal. Like, you- Yeah … the villains define you, right?
And so if you take ’em out, then what do you do, right? It’s like retiring from your 30-year career. You retire, you’re home, you got plenty of time, and then you just feel… You hear people talk about how they just, they feel they got nothing, like their life is meaningless now. Even though they had this great career and everything.
So I wonder if he holds back ’cause he likes the thrill of… I mean, right? I mean, is there some, not just, [00:37:00] you know, Marvel needs to make money, but it’s like
Alex: be a, like a fear of what they’ll become if they cross that line. So
like let, let, uh, if Spider-Man kills the Kingpin then like, oh, there’s no more crime. Oh, I had my point, and it go- I think it was just if he crosses that line, Kingpin’s gone, and then he’s like, “Okay, well now I have to keep going because now…” Like the only reason they don’t kill is because they’re afraid of what will happen once they cross that line. So like, like the o- like so I need to beat up this guy close to death, but as much as possible, or I’m going to kill more people
joe: Yeah. But once
Alex: Because like it’s-
joe: you know, once you push someone like let’s say Kingpin to the brink of death, I mean he has tons of resources, tons of power still. He comes back. He’s gonna now invest in the next generation [00:38:00] of, you know- Villains powered villains, right? He’s gonna try, or technology villains.
He’s gonna try to do that. So you really you’re creating, just go ahead and end it and then, you gotta eat that too, right? I mean, you’re living with all this guilt already. Why not, why is that gonna, why is that the tip over point? I mean, you
Nick: I do think
J. Jonah Jameson does keep him in check though.
Like, if as soon as he does anything wrong, Jameson has him on blast.
joe: just jealous, man. I
Nick: the,
Alex: at that point it’s just
pettiness.
Nick: Like
Alex: it’s- that’s why he doesn’t kill nobody. He It’s just pettiness
joe: Yeah, I think that’s a… I don’t know what the man’s problem is. I think he’s just hating for hating’s sake, you know?
Alex: I feel like it would be similar, like if Spider-Man started killing people, it’s just like, “Okay, well, I killed Kingpin, so like maybe I should also probably kill Mysterio, ’cause he’s messed up.” And then it goes, “Okay, well, Mysterio was pretty bad, and,
Rhino has a whole suit attached to
him … it wouldn’t be too much to, it wouldn’t be too much
we might as well just off him … of [00:39:00] a stretch if I killed Shocker,
you know? And it just, it- Similar to how Superman did in the Injustice series. Like yeah, he killed the Joker. Oh, yeah. The Joker needed to go.
Okay, then he killed Darkseid’s son. Like
that makes sense, and then it just becomes progressively like, oh, now you’re just killing people that disagree with you.
Like it’s just, it’s like a, like that pain that Spider-Man is always in, like that will become an addiction. Like this will be the only thing that soothes that pain, is to take life. So I feel like it just won’t stop. So like he’ll he won’t be Spider-Man anymore. He’ll just be Killer.
joe: Yeah. It’s just
Nick: Killer Man. You know, we got Killer Man over here.
Alex: Killer
Man.
joe: Killer Man. It’s… Yeah.
Alex: Proportional strength of a Killer
joe: which multiverse universe is that? Killer Man. Killer Spider-Man. No, I think that’s a good point. I think you’re right.
Nick: Ooh, that would actually be a really cool series
joe: where would the line, where [00:40:00] would you draw the line, or how would you draw the line?
Or could you draw a line? Would you start to parse through and go, “Well, this is level five. This is four out of five villain stars. This is five out of five. Okay you’re getting taken out.” Right. Right. You, “
Nick: Oh, you’re only on four stars.
You are
so lucky. Oh.”
joe: 3.7. If you tick up, you know…
Yeah. So he would… You’re right. And then would you just escalate? Would then, would that lead to escalation of powered individuals? Like, would they then become… Would you create a power vacuum? ‘Cause once you take out, are you gonna now draw in or draw out? And they’ll just go somewhere else.
Instead of in New York, they’ll be in Philadelphia, right? I mean, I don’t know. You know, no one…
Alex: Which honestly criminals should do
in the Marvel universe. Like all the heroes are in New
York City.
Like why is there
crime there?
Nick: It’s
just better off to just go over
one state,
joe: Yeah. go to Jersey, Philly. I mean, Boston. There’s a lot of other biggish cities there that you can,
Alex: Go, like, go [00:41:00] to,
like, a small town. Go to, like, Albany, New
York
joe: Yeah. Yeah. I mean, I don’t know. Yeah. New York, what, is the second largest city? First, then LA, New York. Philly’s the sixth largest, , that’s a lot of people. A lot of crime there you could get into, so…
Nick: I’ve definitely read a series where what, I think the Vulture went on vacation to Albany with a retreat of things, and Peter just so happened to be there. He’s like, “Come on, dude. Like, don’t start things.” Like, “Just trying to have a good weekend.” And then
obviously things happen and escalate.
It’s just like, yeah what are the chances?
You try to get out of town
joe: Well, like I said, there’s some money in that, those storylines, right? So
Nick: You gotta write it. You
gotta write it now
joe: guess what? Who’s here?
I’m just going to go see the Liberty Bell. Why are you here, dude? What… is your class
Alex: Like I’m,
joe: Yeah
Alex: I used up all my PTO for this, Spider-Man,
come
on
joe: It’s like, [00:42:00] “I just got a day off. Let me be.”
Nick: The benefits suck. I’m sorry.
joe: But yeah, I think that yeah, that’s good. So some stuff, I think. I mean, we talked about… I’m gonna, I’m gonna get a little bit of handwavium and his webbies. I think that’s always a fun one.
Nick: What are you talking about?
joe: the webs he shoots out, right? I mean, that’s kind of
Nick: Listen, I’ve been following someone on
Instagram and they are making webs at home
joe: They’re making webs at home. What kind of web?
What are you talking about?
Nick: They are, they’re making web fluid.
joe: Yeah, I don’t… Okay.
Nick: I’ll, I’ll see if I can send it to you.
joe: I’ll see if I can send it to you. Yeah, no, please do. And there, there’s probably some, I don’t know about at home we talk about bio kind of scientists in their garage doing stuff. But spiders, do form, like orb spiders, they can produce seven different silks depending on the function.
And so they have this process, so really interesting, high tensile strength stronger than high-grade steel. So some of that, some of these ideas, really elastic, much more [00:43:00] elastic than steel. So these ideas are really interesting and that was some of the science I bet to the Spider-Man and his webs.
And to Nick’s point, there’s the goat spider milk, right? You guys hear… This was some years ago
Nick: goat spider milk?
joe: spider milk. So you really can’t… So, like, silkworms is how we get a lot of our silk because they go,
Nick: Oh, okay. I know what you’re talking about now
joe: you can raise silkworms, but you really can’t raise spiders ’cause they’re territorial.
They, you know, there’s a lot of problems with just having a bunch of spiders and trying to harvest their silk. So these researchers, they engineered goats that they would produce the silk proteins in their milk, and then you can extract it out the milk and then sp- and spin it. It’s similar to spider silk, but it’s not functionally as strong, things like that.
But you can use it for fiber, bulletproof vests. There’s a lot of things you can do with it that’s really kind of handy. And so yeah, so they went, and they started, like, a company. [00:44:00] It’s really fascinating, like, that whole thing and trying to do that. But people are trying to engineer kind of silk genes into, E.
coli yeast so that you can produce silk without– spider silk without kind of using spiders. And so that gets into that you could have, Spider-Man synthesizing fluid. Spider fluid is, has some real world, it’s not 100% handwavium, right?
The handwavium part is that to actually eject the web and, to cover, distance to swing through Manhattan you know, kind of you know it would have to support, his weight the gravity force of it, and you’re talking, hundreds of pounds of dynamic load to go there.
So you would be using probably liters or gallons of fluid in a single night. And so if you have little cartridges, you’d probably have, hundreds, thousands of cartridges weighing down Spider-Man. Like,
Alex: That, that’s your whole suit is the web cartridge
joe: just web [00:45:00] cartridges. So I think, yeah, it would be, probably ver- very handwavium that he’s not synthesizing that much.
Or to do the things he does, maybe just to web up a person here or there, okay. But to be actually physically swinging , Tarzan through Manhattan, that’s yeah, probably not probably not,
Nick: That’s so insane that scientists can do that with a
goat spider. That is crazy.
joe: yeah. Check it out. I’ll put the link will be in the show notes on that, but yeah, that was a real thing.
They started a company, but then I think the company went bankrupt because they were, they had the goats, on display. It was a weird thing in public. People didn’t really like that. It freaked them out. Like, it’s just like, you know. But I think they still, they re- Yeah, they re- The original two goats, I think they were, like, Sugar and Spice or something was their names, or something like that.
I’ll look that up for y’all. But yeah, it’s, … But yeah, they, , but now they’ve they’re still doing this and have applications that they do it, but it’s not as public now. Like, they’ve kind of learned their lesson that people don’t like to think about spider goat milk, [00:46:00] so.
Nick: I do.
joe: Um, but yeah, so that was one of the things I’d seen I thought was really interesting, that spider silk does have a lot of cool properties to it, so that part is,
you know, yeah,
Alex: no, that’s gonna trip me out for the rest of the night. I’m just gonna be sitting here like- milk goats and make spiderwebs
joe: that’s gonna trip me out for the rest of the day. They look like little spider webs. Spider
Alex: out of the I’m gonna tell my wife, I’m gonna tell my wife this, and she’s gonna be like, “What are you talking about?”
joe: Not normal goats that, that you you see at the farm. Like, these aren’t those goats. Goats don’t normally do this. Yeah, these are engineered goats, so they engineer genes in. So Yep. So not a … Don’t worry about
Nick: just, I can’t,
joe: Yeah, your …
Alex: I can’t just go up to a goat and don’t go
joe: yeah, no, yeah, no, your goat milk in the
Nick: find a, random goat. Let me web you. Come here.
joe: doesn’t have silk proteins.
But yeah, you could actually … I mean, we joke about this in other episodes, you know, so s- Peter could have his garage lab, and he could be engineering silk proteins and making his fluid and [00:47:00] things like that. So yeah, it- it’s possible. But he would– the amount he would need is extraordinary.
And then you have it where it’s produced biologically, right? That’s the other … So there’s the cartridge Spider-Man, which I think is most, and probably the most, still a lot of handwavium, but we can kind of, we could imagine. But I think actually producing it out of your body, I think, I don’t know.
I just don’t think that would
Alex: must take A physical toll on his
body, especially the more
joe: Yep
Alex: he uses it. Like, I’m kind of s- like similar to how like the Flash needs to digest a bunch of calories, I feel like the same
joe: There it is. Big Mac conversation’s gonna happen.
Alex: Spider-Man
Nick: We haven’t had one of
those
in a while.
joe: talked about calories in a while. Yeah, no I agree. I think the whole Spider-Man biology is gonna be caloric heavy.
Nick: Mm-hmm ……He’s all physical Yeah, So we’re talking about him being frugal. It, this comes up a lot, that I [00:48:00] think his food budget is probably holding him back.
joe: I think
Nick: That makes sense.
joe: That’s why we that’s why I keep saying Wolverine goes back to the mansion, ’cause he’s like, “Dude, I gotta eat, man. I’ll live… Professor’s got
Nick: There’s free food over here, bub
joe: right. Yeah, so, but yeah, I mean, Spider-Man, he has, I mean, besides, if he’s gonna shoot webs out, you’re right.
That’s just gonna be the caloric load there. A, will they be thick enough? Can he hold those? Those are different. It’s gonna be even just shooting out little web, that’s gonna take some calories. His healing factor, , he heals up incredibly fast. Maybe not as fast as Wolverine, but he does have some healing factor, which that mirrors spiders.
They can, during molting, regenerate limbs and things like that. They have this ability. But also, that’s gonna take, I think we had talked in the Wolverine episode, Deadpool episode something about 10,000 calories resting. And if you’re active, about 50,000 per hour, meaning these are per hour calories, where you’re just actively, your body, your metabolic rate is so high.
And that’s using human physiology. [00:49:00] So we also talked about that maybe whatever mutation happened, it also changed the way you process metabolically food and things like that. So, so maybe his numbers come down a little bit. But just if we say, he’s mostly still r- running under human, 1.0, you know, right?
So a thing
Nick: Human 1.0.
joe: that, you know. He, I he could be in, in the 20, 30,000 calories , a day, you know? And if he’s really active, he’s really fighting, he’s really… When you hit someone incredibly hard to do that, to tear their jaw off you are exerting a lot of force and, in a burst in action.
So these thing, these types of activities would also generate, if you’re always on high alert, that anxiousness or spidey sense, that’s also taking a toll. And we hear about that. People that are anxious, they are in a state of a distress and metabolic kind of activity is happening there firing, neurons are firing.
Your mind is going. So yeah I think you’re right. He would
Nick: It always hurts when [00:50:00] my therapist says that it’s not spider sense,
it’s anxiety.
joe: I think he would be eating a lot more, probably most of the time. Which he does, and it… I mean, it- it’s probably one of the characters that has the character eating a lot. And usually, like a whole pizza or something like that.
Like, he’s just munching down in between,
Nick: he does eat a
lot.
That is-
I didn’t realize that
until now
Alex: There’s just their subtle way of saying this, yeah. What do you think is his, like, go-to meal? Like, if it’s a perfect evening and he’s like, “Ooh, I’m e- I’m throwing down on this.” What do you what would you say?
Nick: Is he cooking or is he going out?
Alex: Let’s say he’s cooking. Or, you know, let me rephrase. Like, his I’m starting the day, I’m about to do my Spider-Man stuff, let me eat, let me consume this real quick before I go out.
Nick: I think he what I- it’s always Aunt May’s wheatcakes. Isn’t that
the thing that. he… Does he I wanna say or is that just free food, right? I mean, it’s like, “I need some calories.”[00:51:00]
I think he has
the recipe card ’cause it’s in the
Spider-Man- PS4 game.
that they give you the recipe I love the thing, ’cause w- which movies… Well, I mean, or maybe all of them, but where he goes just down to the bodega and he gets the smushed sandwich.
Yeah. That was, uh, I just see him, doing that, throwing whatever. Make me my special, cheese, meat, breakfast time, maybe a egg on there. I mean, right? You just smush it down and there you go. I think he would eat more than one.
But pizzas are a lot of Calories
and are
fairly cheap.
joe: pizza would be the other thing, right? I mean,
Alex: Got a good amount of
protein.
Nick: Yeah. Like, you could… It’s high caloric intake right
there
joe: Yep. high calorie intake right there. What, three, 300 or 400 calories a slice? So yeah, no he kind of, he’s scarf down one of those. I mean-
Yeah.
I don’t know if
Nick: I’m Keith
joe: I mean, that’s the other problem. You eat… I mean, ’cause it’s not, it’s filling,
Nick: he’s not
eating and swinging at the same time.
joe: think- Wait, maybe you have to.
Nick: He doesn’t. You’re right
he’s got his mask down, like [00:52:00] he’s gonna
joe: But I’m saying you, you’re there, you’re at the restaurant, he’s chilling. He’s two pies in. He’s like, “Man, I’m getting full.” And then there’s something break out in the street. Scorpion comes rolling down. He’s gotta go, he’s gotta get to work, right? He’s gotta
like…
Nick: Can we not do this right now,
guys?
joe: It’s Like, “Hey, can you go…” And so is that,
Nick: do you need an hour, Spidey?
Here, I’ll sit here. Just
give you, give you an hour
joe: why he, it feels like he’s throwing his punches a little bit. Maybe he can’t, maybe he’s still digesting. Maybe he’s like on a calorie load. He’s, after a large meal, you gotta like chill, but he can’t.
He’s gotta get out there and go. And it’s like, you know what? I really don’t I don’t, I can’t do this. Let’s
Alex: what If he had protein shakes
made from goat spider milk? How helpful would that be?
joe: Yeah. It’s artificial… Yeah, the protein he’s making to make his web juice, he just drinks that and that’s it, you know? So he’s,
Alex: He got, he, he got
two of those goat spiders, spider goats [00:53:00] in his ho- at his home
joe: No, but
Alex: he takes care of
Nick: That’s why he keeps getting evicted. It’s like, “You
have the goats here, Peter.” “
joe: Oh, what are you doing in there? What are you doing in there?” no, I think, Spider-Man’s just a really, he’s a fascinating character. I think he’s a favorite of everyone. I think if you go, I think he’s probably one of the most popular-
Nick: He’s definitely been one of my favorites since I was a
young lad. And hell, my little one absolutely loves Spider-Man. It’s an easy c- go-to
joe: Easy to relate to. I think that’s it. I mean, you kinda just a everyday person can relate to Spider-Man, and that’s what … A- and that’s really kinda nice, I think. And it’s … I, Alex, I agree with you. I think if he, if that villain line came out, it would be a fun read or fun mini-series. I think it would be enjoyable.
But some part of you would be like, “Oh, that, oh, I
Nick: Just a little hurt?
joe: Oh, is that, would that, would I do that? I opened the episode up with [00:54:00] that mirror. Like, what would you do? Like, if all of a sudden you, you became Spider-Man. I just don’t, I don’t know.
I mean, I feel like I’m a good person. Feel like I would do the
Nick: There are some files I have to find out the names of.
joe: yeah, I mean,
Alex: I, I’m not saying you should go after people, but-
Nick: Listen, I
Alex: got a whole list … I’ll look over here, Jawn, yeah.
joe: I’m gonna have my
Alex: But what would you do, what would you do though if you had Spider-Man’s powers?
You woke up and you’re Sp-
joe: Yeah, I don’t know. I mean, I would, A, probably have to eat. I mean, that’s, we just talked about that. After my meal,
Alex: Yeah.
Nick: Joe’s already got his- list planned. He’s
like, I’m
gonna grill out for like three hours.”
joe: eat, gotta start making my spider milk extracting my webs.
Nick: Now would you be, would you
want organic or inorganic, though, Joe?
joe: inorganic. N- stop it. No inorganic. I don’t want it, need to stop. All of it’s organic. I,
Nick: No, I want it to be fake.
joe: I don’t know. I think that you, I think [00:55:00] wholeheartedly, deep down, I would do 80% good. I think you’re right. I don’t know.
But, and who’s here to s- I mean, is it just me now, Spider-Man, amongst all of you normal humans? Or is it
Nick: let’s say that, yeah
joe: You know? Yeah, I think, yeah, I don’t know. I don’t know. I would do… I’m, you’re right. I would think of something and I would capitalize on this. I need to make some money, retire, chill.
Nick: Oh, So
You’re, going that route. You’re just going capitalist would be… Yeah, no I think I, some part of me would. Like, I’d assume wake up, you know, take the South Shore, go to the lab, do my normal thing. You have these great abilities. I don’t know, and I’m not sure I would go out and just be like Crime Stopper, right? I, it’s a mixed bag.
joe: That’s not my
Nick: You want celebrity status from this?
joe: Yeah, why not? I mean, what, I mean, you know, do something. Write some books, and make some movies, be there. I don’t know. It’s,
Nick: Didn’t they cover that in Wonder Man?
joe: It is kind of, right? I mean, he [00:56:00] was… That
Alex: Yeah. Like You, You, you’d Wonder Man it. That’s fine.
I
respect it.
joe: No. How
Nick: You could be a stunt double
joe: That’s right, yeah.
I mean, just go have some fun with it. Not do anything malicious. I’m not saying I’m out there doing malicious things. It’s just how’s he doing that? That’s my secret to know, and that’s , that’s for you to find
Nick: I’ll make it all the way to the end
joe: pay the bills,
let’s go. Let’s roll. That’s like, gonna get the jet this weekend? Great. Let’s you know,
Nick: What about you, Alex? Where are you laying in this sit- situation?
Alex: Man, you know, I, to begin, like I’m not even a confrontational person to begin with, so even with powers, I don’t know if I’d go out and fight crime. I de- I definitely- Come on,
Nick: dude. I can’t be the only one
Alex: I definitely… ‘Cause, ’cause like, you know, ’cause think- things are so, it’s, like aren’t black and white anymore, you know? You don’t know what you’re walking into especially in my
city, like stuff goes down, but you don’t know who,
like what side do you
join know? So
I feel like i, I still I would try to [00:57:00] capitalize on the powers, but like kinda do, be a stunt double or be an Olympic athlete, not that they make that crazy money you know, just something to help me out- like- Just The
Nick: recognition
Alex: Yeah.
yeah.
And not even
the
recognition. Like I, I just need some money. and I would use the money to like help my community. Like that’s
Nick: obviously-
Alex: Well,
Nick: I feel like you would need the recognition for the money, right? Like-
Alex: True. Yeah that’s how you get
Nick: that money
Alex: That wouldn’t be, that wouldn’t be my sole goal.
It was just
like,
hey, you know-
joe: mean, the problem is there would… I mean, I just go back that I think there would be escalation that someone would try to figure out to come at you, right? I think that you’re… I asked, that’s the thing in my head as I was going through it, that you’re gonna cross a line. You’re gonna, you’re gonna, something’s gonna happen and I don’t know if you…
Nick: I already know it’s coming
joe: you’ll be labeled as a villain, right? I mean, I think that’s,
Nick: That’s what I said at the start. That’s exactly what I said. Come on.
joe: Yeah, so,
Nick: We just went full
circle with that one. Like They already gonna call me a villain. I
joe: so Nick, you’re just all in. You [00:58:00] are all in. Robin Banks.
Nick: all… No, I never said Robin Banks.
I…
joe: villain, right?
Nick: Does… I
might steal from the cartel.
joe: You gotta define your villainy now. So right, so you’re gonna draw… So you’re gonna do the thing where we talked about that slippery slope. You’re gonna draw the line that these folks are bad, these folks are good. I’m gonna steal, I’m gonna take from, , kinda Robin Hood kind of thing, right?
Nick: Yes, 100%.
joe: All right, I see. Yeah
Nick: that, I- Robin Hood would be labeled as a villain today, guys. We all know
this.
joe: But I think that would escalate
Nick: news would be like, “Oh this person is just stealing from these corporations,” and
it’s like, yep
joe: I think that would escalate going after
Nick: Oh,
100%. I am creating my own villains.
joe: You would begin to do that, right? And I was thinking earlier, Luke Cage especially the Netflix one, seri- part… S- season one and two, and you had this escalation where it was like, “We need to find weapons.
We need to find other people who can match that.” It was kind [00:59:00] of this whole thing where it was like, let’s escalate. Spider-Noir, if people haven’t seen it. It was, the same idea. Let’s escalate, and I think you would get that. I think you would start to generate, people stealing your DNA and trying to, recreate, other Super Nicks and things like that, you know?
So it’s
Nick: Oh my. Thank you.
joe: But I think that would be, that would, that… I mean, I see that’s what would happen. So how do you get ahead of that? How do you capitalize on it and then prepare for that, right? Do you get in and out, like, all right. Do you keep it on the DL for a little bit, you know,
Nick: you try to be sneaky about it. I’m not going, like, full swing, everyone’s gonna hear a big bang and be like, “Oh, that must be Nick over there.” oh, there’s Nick. And of course- There he goes … something to cover the identity, like full on don’t tell anyone. Yeah.
e- exactly. Mm-hmm. I mean, obviously everyone here- Need
joe: I think it’s gonna be you.
Nick: right away. They’re like, “Oh, that must be Nick.”
joe: minute it goes down, I’m like, Nick’s out there . [01:00:00] I read- I see the news story, I’ll be like, “Nick, dude what’s going on, brother?”
Alex: Then quick text,
“Was that
you?”
joe: yeah.
Alex: We had this
conversation- Why aren’t you
plu- … a while ago. You say you’re-
joe: the
Nick: Why aren’t you plugging the pod
out there, man? What are you doing?
joe: Why don’t you do that? You know, why don’t we get some something happening?
Nick: Throw a sticker up there,
bruh.
joe: Rob. Oh, cool.
Alex: But another question to throw at y’all we were talking about Spider-Man villains earlier. Who is both of y’all’s favorite Spider-Man villain? Be a
thick one. Oh.
Nick: That’s a hard question. Joe you got an answer right away, or-
joe: I don’t know if I have an answer. I, like favorite is hard because I don’t wanna favorite villain. But I like Doc Ock a little bit. Like I, I
Nick: to him?
joe: Maybe that’s it. He’s this kind of, he’s trying to do some good stuff. He’s trying to better, I don’t know.
He’s trying to, he’s trying to do something [01:01:00] worthwhile. He’s not necessarily psychotic. I think he’s just, I think he I think, yeah, he had the accident. I mean, I think he kinda went through, and then he was just a thing of circumstance, and he didn’t … When that tragedy happened to him, he picked the path he picked.
He wanted to strike out and lash out, and he was angry. Maybe a therapy session would’ve helped, but once again, once you have the power, it’s it’s hard to put that back in the box and go, “You know what? Maybe we s- have a sit-down, and we’ll work this out.” Because I think that’s all he needs.
I think if he had a little sit-down, get his rage under control, get his kinda … I think he would probably still be doing some really cool things and helping people with disabilities, and right? I could see this whole,
his technology, the brain interface, you know, that’s all brain machine interfaces.
That’s hot stuff right now. He was cutting edge, and, he’s there, so why not use that? You always see Spider-Man kind of trying to be that, but I think it just reminds him, [01:02:00] like, that Spider-Man’s not the person that should be trying to talk him down. Get someone else in there.
Get Daredevil in there, so like
Alex: honestly, like, I feel like both superheroes and villains could use a
lot of therapy. There’d be a lot less issues. If
joe: Yes, no. No,
Alex: they gave Scarlet Witch some therapy there would be a lot less problems.
joe: that problem. That would be a cool… That’d be a really cool anthology. If anyone’s listening to this and they want the, to do an anthology, hit me up, because I think it’d be really neat. I, we had Jonathan Maberry on, he talked about the the Night Nurse in, in Healing Superheroes anthology where, you know, that person that actually tends to their wounds and their…
But I think just the therapy one would be interesting. Let’s have different stories on the couch or wherever you meet them and, you know, working through their psychoses would be would be pretty fun. Okay, there you go.
Nick: I like that I think mine would have to be either Mysterio
or Black Cat. [01:03:00] Like- Oh, good night … I love the idea for Mysterio using, like, practical effects and, like, CGI just to get stuff around Peter, and
the not knowing what’s the reality is with his, you know, he does so many different things just to draw them in. It’s always a really cool, like, story with him. And then Black Cat definitely just has the line of good and evil. Like, she j-
walks the line Yeah …and Peter sees it, and he knows he shouldn’t be into her, and of course he is.
And
it’s just Like, “Oh.” Like, her crimes are minor. I really can’t give her too much shit.
Alex: Yeah.
Nick: Like, what about you, Alex? Where are you at with this?
Alex: You know,
Growing up,
I was always a big fan of…
I like villains that
,like this [01:04:00] nearly un- unclimbable challenge- for the hero. And growing up for me, that was Carnage.
I feel like Carnage. was just-
Oh …was
just, like,
joe: Yeah. …
Alex: beyond what Spider-Man could overcome.
You know, it was just this unhinged, like,
like, no moral whatsoever just pure Not e- not even, like, instinctual. Like, what Carnage does was all intentional.
It was just this, a s- a sick person. And, like, the whole, like, all the comics I read, the cartoons or the video games I played, it just, Carnage was just this monster and he was horrifying.
And Spider-Man almost always dies
when he’s fighting him.
Nick: Oh,
Alex: 100%. And so it’s just … And then, but, like, when Spider-Man, like, either he teams up with someone or he just finds out a way to overcome him, it is just, oh, it’s, like, such a exciting moment for me, and I always had s- like, such a great time [01:05:00] anytime Carnage was involved. And the, you know, the re- the second Venom movie really hurt my feelings on how they portrayed- Oh … Carnage.
Nick: that
was such a rough one. “
Alex: Uh.” It was like- It was even- … it’s not even, it’s not even Carnage. I’m just gonna call him Damage I
Nick: wish they just didn’t need to do it.
joe: I, well, I think if you translate it you’re right. Alex, in some ways that with Carnage, I don’t think that movie comes out the way it’s not the way a hero movie should end. And so it’s , I think that’s why. ’cause it’s… I think when they go at it it’s 50/50. If Spider-Man doesn’t team up or doesn’t do so- yeah, it’s, he’s matched. That’s
Alex: Like, that Carnage,
that is just like pure-
Let’s see …like, I feel like Carnage represents that part of Spider-Man that’s just pure, just unleashed-
Nick: Yes …
Alex: just harm, just violence. And that’s that that’s that moment where if Spider-Man did cross that line, eventually he would just become untethered, where there is no [01:06:00] rhyme or reason why he’s committing violence.
He’s just doing it. And so I feel like that’s the furthest away from his
Morality that I feel like Spider-Man can get to is Carnage
joe: Yeah.
Nick: Yeah. 100%. Joe, have you gone through your list, buddy?
Did, Did, you have a list?
joe: I
Nick: don’t think you actually read it today.
joe: I didn’t have a list. No, I… No, no lists on this one. We go
Nick: Well then I do have one more question- for the table. Who is the strongest Spider-Man? Like, of the film series Of the film series
joe: Film series? Oh, like the old, like the
Strong,
Nick: Like the what?
joe: which way? Sorry. Physical strength or
Nick: Who is h- how do you wanna take it? Like
Alex: Y- you put them in a cage and you just- Who’s
Nick: walking out
alive? Who’s
Alex: last one standing.
joe: yeah,
Nick: wanna start off the
list?
joe: I don’t know. I don’t know. You got the, your guns loaded, so why don’t you you got the barrels ready to go, so why don’t you [01:07:00] just go?
Nick: Think with the whole round of powers that the Spider-Man has, it would have to be Miles. Like, he has more powers than Peter, as well as the strength of Peter. He is able to have that same feat that Peter can, but with that slight upgrade in different categories. He’s got n- not only invisibility, but electrical power, electric powers, and what in the comics, he even is able to force his electricity into a sword?
Like, the- That’s funny … they’re setting it up so hard for him just to be OP even more so than Peter. And what, e- even Holland, Tom Holland is saying that he can’t wait for them to bring Miles in so he could be the mentor to him. Like, I want that so bad, but-
Alex: Now he gets to [01:08:00] be the father figure.
Nick: and that’s what they’re g- that’s what he wants.
joe: What what happened in… Whatever … Right, when they had all of the multiverse Spider-Men, Mans come… I don’t know what the actual plural of Spider-Man. Spi- the Spider-Mans, right? ‘Cause it’s Spider-Man is… Spider-Man is his name, and there’s
Nick: spiders.
joe: Right. It’s like
Nick: The spiders
joe: But yeah they had that kind of father-y self kind of soothing inter- and in Miles, right? So they had that also, where an older Peter comes, and it becomes this almost a more trusted, but then that trust is broken, right? That’s what happens.
That’s Spider-Man’s… I think that’s his stick. Whoever he clings onto is gonna betray him at some point, right? And we all
Nick: it’s one of the beats that they need.
joe: We watch the story, and you guys, we all, “No, he’s not gonna fall for it this time. This one’s gonna be different. He’s gonna, he’s gonna wise up.” I don’t know.
Nick: how many times can he fall for the
joe: we’ll be back. But I w- I was gonna say, you brought up Tom Holland. I think in there little MCU, [01:09:00] that, that love there. But he had the ferry scene where, I mean, his physical
Nick: Oh yeah
joe: he held that together and pulled it there. And then I think mental s- Alex, mental strength to go, “Yes, I’m gonna give up everyone knowing me,” all of the fame he has.
‘Cause he is, I mean, right, Spider-Man, some of it’s the neighborhood
Nick: He’s an Avenger.
joe: is known, right, all of that. And to go, “You know what? Yes just do it.” I’m a… The ultimate sacrifice there. Even his loved o- , everything. I mean, it’s this kind of the woman he loves, his best friend, all that.
It’s this, , so I think mentally and physically I’m gonna have to go there. I… Right, Miles, I think he has, the ability. But I think just package-wise and even Tom’s like, “Oh, I can’t wait to mentor,” that’s also that. But is that a mentor to betray, right? I mean, are we setting up?
Are we following our lines? You know, that would be but okay. But yeah, that’s… I would go with Tom, ’cause I think that, I think he
Nick: Tom’s a good choice.
Alex: Mm-hmm. Yeah, [01:10:00] so yeah I’m I’m divided because I love all the Spider-Men in all the movies, so it’s just like, ugh. But I-
Nick: The answer is yes.
Alex: The answer is yes.
Spider-Man wins.
but I feel like it, for me it’s between Tom Holland and Miles Morales
Just because, like, Tom Holland, I feel like the people he’s fought are, like, higher caliber than the other, like Tobey Maguire and Andrew Garfield Spider-Man.
He fought other Avengers, he fought Thanos, he fought in that big war, he’s going up against the Black Order and all that. And you know, but then you have Miles, who legit-
Nick: Fought
Alex: Spider-Man
Nick: survived
Alex: all the
Spiders.
joe: right.
Alex: He, like
he wasn’t fighting all of them, but he
was at least- It was a-
outmaneuvering- Yeah. however many, all of them, and then able to w- you know beat up Miguel O’Hara, the Spider-Man [01:11:00] 2099, like get him off him. So it’s just, like, so in terms of fighting Spider-Man, I feel like Miles Morales
joe: Yeah.
Alex: the, has the upper… Y- right? He can…
yeah. He’s like,
“You know, I don’t give a dang about
this multiverse thing.
I’m saving my daddy. All of this can burn.”
joe: Yeah
Alex: So I’ll, have to give it I’ll give it to Miles.
Nick: Hell yeah.
joe: Okay. There it is. There it is.
Nick: All right. Well Alex, thank you so
very much for
being here with us today. I know it was a bit for us to get
this arranged.
joe: It’s, alex, do you wanna, you have a great YouTube channel. You wanna give out the deets on that and talk about a little bit about what you do on your channel? It’s just some cool stuff, so.
Alex: Yeah. So, my t- YouTube channel’s called Hanes for Heroes, and pretty mu- my only goal for this channel is to get more people invested in the superhero genre because- Hell yeah … I love it so much. I need more people to talk to about it, and I love talking, and I love being, like, teaching people about it.
[01:12:00] So I like to bring up superheroes or storylines and basically teach people about them and try to garner that interest. And actually
this past month in June, I did my Superhero Pride Month challenge
where every day- Hell yeah … for the month of June I posted a superhero that was LGBTQ in one way or another. And so that was a lot of fun. A lot of people seemed to really enjoy that. So I just want to expand the fandom
and just get as many people in here as possible so we can have, like, those awesome movie events, you know, every time a Marvel movie comes out. ‘Cause that’s what makes this fun, dude.
That makes
it fun.
Nick: You got this
Alex: on point, man. You know, I wanna start having that for DC movies again, ’cause historically those
haven’t been great. So, you know, I’ve like, I want those loud theaters again , I want those lines- Hell yeah … wrapping around the building for superhero movies.
It’s just I love it so much, and I wanna share that with everyone.
joe: No, that’s awesome. Yeah, no, I A- hell yeah, man And yeah, [01:13:00] I think that’s really neat. And you brought up DC. We historically and this is season three for us, we haven’t given DC as much love as
Nick: I brought DC up
more in this episode than We,
ever
joe: had guests come on in the past that are like, “I’m gonna, I’m gonna be DC heavy and we’re gonna talk DC,” and then the episode just goes where Marvel, Image, like it’s like kinda what happened to DC?
Nick: just not easy.
joe: maybe season four we’ll have to coordinate a little bit and have you come back and let’s like dig into some DC. There’s some fun characters in there who deserve some conversate besides the big ones. , Spider-Man. Spider…
There I go. Superman,
Nick: you went, it, you said it. Marvel.
joe: Superman,
Nick: There we go
joe: I think you do have other characters who, are really cool. And you go, “Oh, yeah, they’re really nuanced.” and like a Spider-Man, they’re not just super powered or, , have this incredible backstory, but they’re, they are the everyday person [01:14:00] that we can empathize with.
So yeah, let’s… If you wanna come back we can have you come back on and do something. Do a DC thing, so.
Alex: Just let me know. Just let me know.
joe: Wonder pow- Wonder Twin powers activate, right? There we go, right? Is that,
Alex: there we go.
joe: Well, cool. On that note, you have me, Joe. Yeah.
Chimeras, organoids, CRISPR epigenetic editing, explosive diarrhea outbreak, Spider-Noir, mules vs. hinnies, and the 2026 World Cup as a disease modeling event
Paste Newsletter In Episode 75: The Mini, Joe, Nick, and Georgia recap Episode 74: Scorpion and the Other Chimeras — part two of their Spider-Man villain series featuring guest Erin C. Anthony, evolutionary ecologist and middle school science teacher — and dig into a few things that didn’t make it into the full episode.
Joe explain what organoids are, tiny, self-organizing 3D tissue cultures grown from stem cells that can mimic actual human organs, and why they are important in biomedical research. Including what happened when they sent some into space on the Artemis II mission.
Georgia wants to know more about the explosive diarrhea outbreak, caused by the microorganism Cyclospora cayetanensis, spreading across 31 states. What you should know about the parasite, and how to avoid catching it.
Joe goes down the science hole of CRISPR and epigenetics. Scientists are now targeting the chemical markers that sit on top of DNA, turning genes on and off without editing the genetic sequence directly. Plus: gut bacteria have a population-level survival trick that might change how we think about evolution.
The episode wraps with the crew going down the Media hole. Kirk Douglas in the 1951 noir Ace in the Hole, T. Kingfisher’s parasitic horror novel Wolf Worm, Maurice Broaddus’s steampunk Afro-SF Pimp My Airship, Beronda L. Montgomery’s When Trees Testify, Watch Dogs 2, Widows Bay, and Return to Silent Hill. Joe talks about his time at Shore Leave 46, and a shoutout from Friends of the Podcast, Alex with a GTA III trench coat wiki, and Liorean Doodles art work.
Episode 76 – Spider-Man Villains Part 3: What His Villains Reveal About HimGuest: Comic YouTuber, Alex Hanes (@Hanes4Heroes)The conclusion of the Spider-Man trilogy takes a step back to ask what the science of his villains tells us about Spider-Man himself.
Episode 78 – Briar East Woods – Urban DeforestationGuest: Anne Sedlacek
Episode 80: Magic: the Power and Cost of Magic SystemsGuest: B.L.Mostyn
Organoids are tiny, self-organizing three-dimensional tissue cultures grown in the lab from stem cells. By mimicking the complexity and functionality of actual human organs, brain, liver, lungs, they give scientists powerful models for studying human development, modeling diseases, and testing drugs without animal testing. They range in size from the width of a hair to about 5 millimeters, so nutrients can penetrate without the need for blood vessels.
Current and future uses:
Personalized medicine — grown from your own stem cells to test how your body responds to a specific drug before you take it
Disease modeling — studying how conditions develop at the organ level
Drug discovery and toxicity testing — a more human-accurate alternative to animal models
On the Artemis II mission, organs-on-a-chip, organoids cultured on a business-card-sized container, were taken into microgravity, returned to Earth, and are now being studied for how spaceflight affects organ function.
2. Cyclospora cayetanensis Outbreak
Outbreak reported across 31 states, linked to fecally contaminated agricultural water
Cyclospora cayetanensis is a single-celled protozoan parasite, not a bacterium, spread through agricultural water contaminated with fecal matter. It infects leafy greens and fresh herbs that are difficult to wash thoroughly, like cilantro, spring mixes, and berries with grooves and crevices where the parasite’s oocysts can hide.
Key facts:
Causes gastrointestinal illness lasting approximately 14 days
Does not spread person to person. Traced to farms and agricultural water contamination
Standard cleaning methods (vinegar, lemon juice, even bleach) are less effective due to the parasite’s thick cell wall
A new wave of biotech startups are developing therapies that use modified CRISPR tools, specifically inactive Cas9 (dCas9) fused with effector proteins, to target epigenetic markers rather than cutting or changing DNA itself. By adding or removing chemical groups like methyl groups from specific genes, these tools can switch genes on or off with precision, creating long-lasting and potentially heritable changes without altering the underlying genetic code.
Gut bacteria use epigenetic changes to hedge their bets against stressors like antibiotics and dietary shifts. Rather than all individuals in a bacterial population responding the same way, some members epigenetically switch certain genes on or off, priming a select few to survive if environmental conditions change dramatically. This gives the population a built-in survival advantage, even if most are wiped out, a resistant subset can repopulate.
With the 2026 FIFA World Cup underway across multiple host cities, public health officials are using tabletop disease modeling, similar to the planetary defense modeling discussed with Charles Blue in Episode 66, to prepare for the conditions created by massive gatherings, international travel, and cross-border migration. Potential outbreak risks being modeled include measles, influenza, mosquito-borne viruses, and at the high end, Ebola, with travel restrictions already in place from countries with active outbreaks.
Science Terms
Organoid — a tiny, self-organizing 3D tissue culture grown from stem cells that mimics the structure and function of a human organ
Organ-on-a-chip — organoids cultured on a small flat container, used for portable experimentation including in microgravity
Protozoan — a single-celled eukaryotic organism with a nucleus and mitochondria, distinct from bacteria
Cyclospora cayetanensis — a protozoan parasite spread through fecally contaminated water, causing prolonged gastrointestinal illness
Endemic — a disease or outbreak that is localized, traceable, and predictable within a specific region
Pandemic — a disease event that has reached global scale, no longer contained locally
Epigenetics — chemical modifications that sit on top of DNA, controlling which genes are expressed without changing the underlying sequence
DNA methylation — the addition of methyl groups to DNA to silence gene expression
Media Holes: What the Crew is Digging:
Georgia
Film
Ace in the Hole (1951, dir. Billy Wilder) — starring a young Kirk Douglas as a cocky journalist who turns a cave-in accident into a media circus. Georgia describes it as intense, poignant, and relevant to media and journalism today.
Obsession — Georgia saw it and says it lives up to the hype. Made by a 26-year-old director for approximately $1 million, it has reportedly earned 200 times its budget.
Book
Wolf Worm — T. Kingfisher — a horror novel set in 1899 following a female scientific illustrator working with an eccentric scientist studying parasitic flesh eating insects.
Joe
Book (fiction)
Pimp My Airship — Maurice Broaddus (2023) — an alternate history steampunk Afro-SF adventure set in the Indianapolis area. Joe met Maurice at ConCarolina and talked with him about coming on as a guest.
Book (nonfiction)
When Trees Testify: Science, Wisdom, History, and America’s Black Botanical Legacy— Dr. Beronda L. Montgomery (2026), a plant biologist explores how seven trees and a cotton shrubs are intertwined with Black history and culture in America.
Children’s Book
Young MacDonald — David Milgrom — a children’s book that explores genetics by reimagining the Old MacDonald song with chimeric animals like a Hig (a horse-pig) that says oink-neigh.
Nick
Video Game
Watch Dogs 2 — Ubisoft — a hacker open-world game set in San Francisco. Nick describes it as a good analog for real-world tech dangers and surveillance culture.
TV
Maximum — Apple TV, starring Tatiana Maslany (She-Hulk). Nick has been enjoying it.
Widows Bay — Apple TV. Nick just finished it and loved it. Georgia mentions a possible bonus episode.
Film
Return to Silent Hill — an adaptation of Silent Hill 2. Nick said it was a rough watch with early-2000s-feeling CGI, though it stays true to the source game. Recommends the recently re-released video game over the film.
Friends of the Pod
Liorean Doodles — a Discord community member who shared artwork with Nick.here
Alex sent in the GTA III wiki page on the man in the trench coat:
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Transcript
joe: [00:00:00] Hey, welcome back to The Rabbit Hole of Research down here in the basement studio for the mini. You have me, Joe.
Geo: Georgia.
joe: got
Nick: got Nick.
joe: We’ve got Nick. We’re all crewed up for the mini. You know how we do it. A little mini recap of the last episode
74,
74, part two of our Spider-Man villain series, Scorpion and the other Chimeras.
And so we had our guest, Erin C. Anthony. And so she was a evolutionary biologist and science communicator and teacher, and so really cool. It was a great episode.
Geo: And I was just thinking before we started recording but I was just saying, very… it had a lot of science- It did
which is
joe: before we started recording, what I was just saying, very… it had a lot of science. It did. Which is- yeah. Yeah the superhero
Nick: Yes, we are very sciencey this time around
Geo: The superhero
joe: science. I was gonna say the superhero ones, even last [00:01:00] season for the Fantastic Four, the first time we tried this format, we did a four-part- Mm-hmm
series. It got pretty science-y in there.
Geo: mean-
joe: some f- and philosophical at times, so that was,
Nick: do feel like it’s ’cause they’re hu- they’re written by humans. Like it, it has that more grounded feel for us, where we all kinda have that bits to relate, and they were just as curious about science as we are,
joe: Mm-hmm. Or
Nick: and that’s where we all tie in
Geo: Yeah. Yeah. I feel like Erin brought a lot of that. Obviously, that’s a really big passion,
joe: passion-
Geo: to communicate science and, Yeah.
joe: Yeah, so a few
Nick: And it’s always a good jumping off point.
joe: was just
gonna
Nick: was just saying it’s always good jumping off point for everyone to get into the sciences
joe: Yeah, it’s like the hook, hook them in here you go. And you got a little science over here. Don’t look
over here. A little science. Yeah. facts to impress your friends with, right? That’s what we always say, so we try to give it to
you
Geo: Pressure for a minute, right? That’s what they say, so we try to give it to you. That’s what we always say.
Nick: Is that what we always say?
Geo: That’s what, at the beginning of every episode. At least that’s what I say.
I don’t know, you guys don’t say much[00:02:00]
joe: That’s what, at the beginning of every episode, at least that’s what I say. I don’t know. You guys don’t say much on the intro, so.
Geo: Yeah,
Nick: I just say it’s my name
Geo: Yeah, why is that? Why don’t we say anything on the intro?
joe: You guys didn’t take
Nick: I think we need
a re-
Geo: intro
to heart. We need to re-record that intro.
joe: I think Nick’s in the trailer. I don’t know who, if people actually listen to the podcast trailer, but we do have a trailer.
Geo: Oh, yeah. We should revisit that.
joe: Some things to talk about on there and when I went back over and doing it, things that we mentioned. One thing I didn’t mention, we were talking about studies and animal studies and things, but where research science is moving away and using something called organoids.
Geo: And
joe: And organoids are these kind of tiny self-organizing three-dimensional tissue cultures that are grown from the stem cells, right? So, in these cells, they can coax it to mimic kind of the complexity and functionality of the actual human organ they want to study. So they can make like little tiny, [00:03:00] in the order of millimeters brain, liver, lungs to kinda have a model to see how the organ functions and/or drugs, or how the drug would affect the model, how would it affect the organ or doing different things.
Right. So it’s a really cool system that’s been developed and being used now.
Geo: I’m trying to picture that because if you think about the brain- Right … it has all those different parts- Mm-hmm … and they all have different functions. So are they able to model that all in a little tiny-
joe: Or different parts- … of the brain,
Geo: Yeah. Okay. Different parts of the brain. So like, they’re only maybe looking at a certain section. Of the…
joe: right They’re only maybe looking
at a certain section.
Of the… Right. So-
Geo: so then they-
joe: Right. So your study is, it is specific, right? You can’t grow an entire organ and the reason is that the vasculature, and we talked about this in the episode, you have vasculature, you have other structures these the vasculature which brings blood, oxygenated blood in, deoxygenated blood out, to provide nutrients for the tissue.
[00:04:00] So if you get too big, you need the structure. So for these tiny organoids, you keep ’em small so that the nutrient bath they live in, you can actually provide nutrients for the tissue, and that’s how far it can penetrate
in-
Geo: many,
joe: many- … without the vasculature.
Geo: vasculature … if they’re little, like these organoids- Yeah, organoids
joe: Organoids from width of a hair to about five- Oh, okay … Millimeters.
Geo: Let’s say you’re studying… I guess it’s all different. Right. But how many cells would they typically have?
joe: Yeah. You’re probably talking…
Nick: you can count those?
joe: Well, you can estimate, right? So I’m guessing tens of thousands, maybe even millions of cells.
Geo: a hair, then it’s probably-
joe: even from just a hair then. Right. Right, and it
Geo: on
joe: on what
you’re studying, right? So I was gonna mention because what they did is on the Artemis II mission where they went up, they had taken organs on a chip. So they took cultured organoids on,
Geo: organoids on
joe: a little chip dish and took it up
into
Geo: [00:05:00] Not like potato chips
joe: Not like potato chip. Not like a potato chip.
Nick: That’s upsetting
joe: like
a business card sized little container,
Geo: Wow.
joe: and maybe flat. So it wasn’t very big, but you had these functioning kind of mimics of the organs on
Geo: in there.
joe: So you take that
Geo: up- And you could see how they-
joe: microgravity and things
like that- affect
the organ. So then they went up, they did their mission, and they brought these back down, and now scientists are taking this and doing their studies and review.
Geo: I’m just picturing that and how hard that… ’cause you see those pictures of the astronauts a- and everything floating around you. You can see them, “Oh no, I just lost my brain organoid.”
joe: Yeah.
Geo: flying across.” They pick
joe: on a chip, there it goes. Flying across.
Geo: flying across.”
joe: I’m, I think they’re not throwing it around.
That’s
Nick: you sure, Joe?
Geo: I mean- They’re doing…
Nick: it’s something they would do
joe: when
they’re
trying to get people excited about science, they’re probably doing this kind of stuff. Playing. Right, yes. But I think when they’re in there doing their experiments, they’re not… “Throw me the pipette across the [00:06:00] module.”
Geo: a microscope in space? I mean- That, I don’t know. I don’t- Because- I’m unsure … they really have- They could.
joe: could. They could have, a
Geo: very tight for space-
joe: things like that. So yeah, that’s, that’s probably why they’re bringing it back to Earth to do more studies.
But yeah, so it was really interesting. I didn’t mention in there, other uses, personalized medicine. The organoids can be tailored to the person, right? So they can use your stem cells to form your cells to form the organoid and then see how your organ would respond to this drug or something
Geo: you say something like that, specialized to the individual- Right, right
that just, for me, all I see is a giant dollar sign.
joe: Well, yes, that is true.
Geo: is that just mean the only, the people that have lots of money would be able to have- Well, yeah … customized
joe: you’re right because
right now-
Geo: we’re in a w- lot of people don’t e- their insurance won’t even pay for,
joe: know-
Geo: a [00:07:00] certain blood test, let alone I’m, I’m gonna be able to get a customized-
joe: Yeah, no personalized medicine
is exactly that, that, when you take medicines and then there’s some dose that you take, and they go, “Well, let’s start at five milligrams, see what happens, then 10 milligrams,” right?
Because this was tested- on an aggregate of-
Geo: that’s just hopefully a doctor doing their job … of people.
joe: also it’s not tailored to you specifically. So how your body’s gonna respond to that, the side effects that you’re gonna have, it’s unknown until you personally take the medicine.
So you’re right. So here you could have a case where they go, “Okay, let’s take some of your cells, let’s grow up a little organoid and we’re gonna see how this liver drug affects your cells. How does it absorb it? How does it process it? Is it as effective as the control group?” And then come
back and go,
Geo: you don’t have to suffer the side effects
joe: won’t have to suffer the side effects. Potentially, right. You could take it a step further and go, well, after you do that, you could go, “Well, [00:08:00] here’s other information we’ve learned, and so now we’ve used, let’s say, AI to make some custom drug based off the original drug we had. But we found that if we change this receptor,” remember this lock and key, we talked about that in the episode, “that, we change this a little bit, it fits into your, cellular locks a little better, and it’ll be more effective.”
Wow, look at that. So that’s a personalized medicine. It’s just for you. And someone else it may work, but it might not work as efficiently. So really really cool, and you’re right, that leads to some dystopic thinking there. But but yeah. But then you got disease modeling, and I said drug discovery and toxicity.
So those are the things that you use these organoids for. But really really cool because you get away from animal models, so you don’t have to do these experiments in mice or rats or chimps or the other animal models that we use. Sometimes you may have to because if you need to look
at the entire organ, but
Geo: And you use human cells.
joe: That’s right. Yep, exactly. That’s right. So it’s even more direct. But [00:09:00] so yeah. So that was thought I’d mention that. In the episode, Erin talked about medical research on human research and being paid,
and in
1965 Scorpion, he was paid $10,000. And she said, “Oh, what was that in today’s money?”
You can do the inflation kind of calculator. It came out to $106,000. So it was a lot of money for this test to be done. But so yeah, and then we started the episode about Spider-Man. Is he a chimera? And it was like, no, because he doesn’t really have… He, his DNA was mutated to create new spider genes per the lore of the comic. But it was really interesting, and I don’t wanna spoil it, but in Spider-Man Spider-Noir, the Amazon Prime series the way the- they were created was much more chimeric in nature, that they did actually have a fusion of the other animals’, the [00:10:00] spider’s cells in- integrated. And his powers were even a little more integrated.
He had actually, the webs were coming from out of him as so right.
Right, right. So it, it was interesting that
Geo: scenes that were really yeah.
joe: Right. And I know we talked in the last mini about how the Spider-Noir felt a little different than the Spider-Man that maybe we’re used to and familiar with, but, and but that was something I noticed.
We went through the episode, and I was like, “Oh, you know what?” Mm-hmm … that was a little
Nick: Unfortunately, I have yet to finish the Spider-Noir series.
joe: mm-hmm. I-
Nick: I know.
I’m shocked
Geo: I understand your-
joe: Yeah
Geo: Especially when you’ve read the comics and you know the stories, and then you, and then of course the adaptation. Right. And that always makes a difference.
And I had not read the comics. Yeah. Yeah. And I just, I loved the series, but it was based on just the series for [00:11:00] me, so. Yeah.
joe: Yeah. So the other thing I was gonna say the other thing that we in the episode, you had referred to a mule as a Jenny
and,
Nick: about to bring that
joe: Oh, were you?
Nick: just about to bring up how I was
joe: Look at that, we’re
Geo: Jawn.
joe: Ah. It was interesting. And a listener commented, I wanna say on Spotify or think it was Spotify. Spotify.
Nick: it was on Spotify
joe: Yeah, and I had looked this up and so yeah, Jenny is a mature female donkey, and when a Jenny is bred with a male horse, a
Geo: stallion,
joe: stallion, the offspring is called
a hinny.
a hinny.
If you breed a male donkey, which is called a jack, with a female horse, which is a mare, the offspring then is a mule. So it’s they have all these
Geo: names for all these animals. That’s awesome, yeah.
joe: But Yeah,
so, a Jenny is a mature female donkey, and a jack is a m- mature male donkey, and then you have a male horse, sta- stallion, and then you have a female horse, the mare.
I was gonna say the [00:12:00] Italian stallion, but then I went, no, that’s Rocky. But I was like that’s… That’s a mare. Yeah.
Nick: One I don’t see us going down
Geo: Oh,
joe: No, we’re not.
Geo: not right now anyway. Not right now.
joe: right now. Maybe season some other… Season X. Yeah, and then there was some feedback about splicing. One of the questions in the newsletter that I had posed was if you could pick an animal to be fused with as a chimeran.
And Alex, he said the wolf, and he would become a werewolf, a real werewolf. And then we had some banter back and forth about using gene editing to get the best qualities of the werewolf, but not the, insatiable appetite and loss of, kind
Geo: Kinda, you can’t- Right … you can’t really have your cake and eat, and
joe: like we
said-
Geo: you really need to eat
joe: That’s right, yeah. it comes down to calories. So how many Big Macs?
Geo: I just, when you sa- talk about that, all I can picture is Jack Nicholson. Yeah.
joe: you
Nick: Jack Nicholson. Oh, wow
Geo: In The Wolf.
joe: all I can picture is Jack Nicholson. Yeah. In Wolf. In the Wolf. Yeah. Was it just Wolf, right? Just Wolf. Or was it The Wolf?
Geo: I think it was just Wolf. Yeah.
joe: You had a [00:13:00] medallion and
stuff,
Geo: did, I had a medallion ’cause I went to the opening night when that came out.
joe: Yeah.
Geo: don’t know wh- yeah, I don’t know where that is. I’ll have to find it.
joe: Alex also sent the link to Grand Theft Auto III, I believe. It was a wiki about the man in the trench coat. I guess there’s a whole fandom about some man in a trench coat who turns
out to be
a serial killer.
So that fits Nick’s theory-
Geo: we k- how well do we know Nick?
joe: I know. I don’t
know.
Nick: I’m not the one out here in trench coats unlike someone that
has openly said they wear
underwear
Geo: I
joe: I didn’t… I don’t know who that… I don’t wear a trench coat. Mm-hmm. Yeah.
Nick: Yeah, sure, Joe.
joe: Yeah, I was gonna then… Oh, go ahead. Go ahead
Nick: Do you know what kind of animal you’d be fused with, or did we say that on the show? I don’t we, did, did say it on the show. See, if you would’ve listened again
Wow.
joe: if you would’ve listened then So listen to episode 74-
Geo: Go listen to episode 74. No I, you know what, Nick? I was sitting [00:14:00] here going, “I can’t remember” Yeah.
joe: Yeah. You get, and also, I think I mentioned that in the newsletter, so if you read the newsletter, and-
Geo: New- I have to say, Joe, I really enjoy just r- looking and reading the newsletter. I think it’s really well done.
joe: Well, thank you. I’m getting a little bit of assistance on
Nick: Wait, we have a newsletter?
Geo: But yeah. Newsletter? All right. You guys go out,
joe: guys go out,
Geo: know, show notes.
joe: the show notes, but yeah, it comes be- as the episode’s released, you’ll get an email, and it has a digest of what we talked about in the episode.
Kind of-
Geo: like that-
joe: science terms …
Geo: Like that you break it down. Here are those things that you could use to impress your friends at a party.
joe: there, there’s the fun facts in there. Yeah … so
I’ll harvest those. A few, that’s a few. There’s probably many more, but- Yeah
just some really cool ones. But if you’re not subscribed, go subscribe, and then you can also see what we’re up to. You can kinda keep in touch with us, so yeah. Okay. So go subscribe to the newsletter on Substack.
Nick: See, that was such a good way to organically dive into that
[00:15:00] one.
joe: that’s right. Yeah.
Go, go support us, please.
Geo: do this
Nick: We don’t do this often. Sometimes we need to ask for some support.
Nice
joe: Yeah. Anything else before we move on from the episode?
Nick: No I thoroughly enjoyed this episode. Actually, this whole series is just right up my
alley.
joe: good. Yep. We have one more. We’re gonna finish it out, part three with Alex Haynes. So that was that was a fun conversation about the influence of Spider-Man’s villains on Spider-Man himself and how we feel about Spider-Man becoming a villain. So that’s a little tease in there.
We
Geo: little tease of it. We kind of-
joe: went down that rabbit hole. But yeah, check it out. It’ll be out in a couple Wednesdays or
Nick: Yeah. And, uh, again, I think we have a lot of new listeners on this episode too, so it’s greatly appreciated to see everyone, finding us now and go… Hopefully everyone goes through our old episodes.
joe: definitely. And we have, we alternate between a full episode and then the mini here that we [00:16:00] do a little recap, and then we add the science holes, touching on some current science, and then we do the media that we’re digging and consuming and what we like about that to give you guys some long format, media that you can dig into and join what we’re doing.
So cool. Thanks.
Geo: All right.
joe: All right. Now we need a little jingle. Science holes. No.
Geo: for Science Holes. No.
joe: That’s so–
Nick: Science hole. Look at that hole, it’s a Science hole.
joe: All right, maybe not. Well, we’re gonna get there. We’re gonna have something figured out
for a little
Geo: Holes. But
joe: yeah. You guys, would… Does somebody wanna start? I’ve been talking for a while, like I do all the time,
Nick: I believe Georgia had something, right?
joe: don’t know. I was gonna say. Yes.
Geo: yeah … I did. So right now we’re having this I don’t… And I don’t even know, it, I don’t know what to call it. But it’s not like a pandemic. Oh, no.
joe: no. not
No, an outbreak or- Outbreak … endemic.
Endemic,
I think. En- that might be something. I’d [00:17:00] love to know
Oh, right. Yep. are those terms. But a lot of people are getting sick and the big thing that’s happening is explosive diarrhea. And I think you’ve, people feel bad for about 14 days. And to be honest, this has really been freaking me out because I went out to a festival, and then I got some tacos. And I had, cilantro and onions on my tacos, which why wouldn’t you? Then I remember, oh, they said cilantro and fresh herbs is one of the things you should avoid. So I’m eating this, and then in the middle of the night I’m waking up and I’m like, my stomach is upset. And I’m thinking, “Oh my God, I have this.”
Geo: And luckily I felt better by the next morning. But I guess I’d just like a little more science on it.
joe: Yeah, just some facts.
So it’s the cyclospora. It’s a single-celled [00:18:00] organism. It’s not a bacterium, but it’s actually a protozoan, so it’s in this other Kingdom . So you have Kingdoms of organisms like bacteria, fungi, planta, animal ,
Geo: and it’s a parasite. It is a parasite.
joe: a parasite, yep.
So it is in that
Geo: something a parasite, when it can only live if it’s on a host? Or-
joe: So it’s an organism that lives on or inside another organism. Gets its food at the expense of a host.
So we’re gonna give
Geo: just hearing that word parasite, and you said it’s a single cell. Single
joe: Single cell. So it’s a single-celled organism.
But
Geo: if you were to get sick, you have more than just
joe: you’re right. You have more than one…
Geo: cell. If you only had one little tiny single cell-
joe: only have one little tiny little thing no.
Geo: would be it … Then you’d just say, “Get out of here,” right?
joe: the organism itself, that it’s not multicellular.
So you know, something, you are multicellular. Right. So you exist as many cells, and that’s makes you. But this thing can exist as just one cell. So one cell can grow and form-
Geo: so, let’s say, you know how you have probiotics in your stomach? [00:19:00] Yes. Are those single cells? Those are bacteria,
joe: and many, most are probably single bacterium, yes. E. coli, salmonella, those are single cell organisms, but they’re bacteria.
This is a protozoan. So protozoans are eukaryotes, so like our cells. They have a nucleus. They have mitochondria. So they have a thick cell wall, these, so they’re a little harder to kill.
Right, and
then- So it lives in
Nick: Can this go to animals too or no?
joe: You mean the cyclospora itself? I think humans are the only known hosts.
Geo: And-
and it’s in 30 states now,
joe: and this is spread by fecal matter that contaminates food stuffs. And so the reason why, as you mentioned, some of these herbs, leafy kind of herbs that are affected, is because they’re somewhat harder to wash. So just gently washing them, you can’t get all of the material off- The, the- Off of the material, ’cause you got crevices that, that are there that kind of prevent that.
Or if you get a spring mix of vegetables, like washing it is a little [00:20:00] difficult to get all, every leaf of the salad mix clean. So that’s why the, in the fresh kind of leafy vegetables you’re having this problem. If you cook the food, so if you put the cilantro in a something and you cook it to 158 degrees-
Geo: yeah, but then that would be- Then, yeah
joe: Yeah, because now these have- Then yes,
Geo: be so good on your taco.
joe: If you do that’s, that kind of then will kill it. You said onions. Remember, onions have a skin on it, so most of the time you will peel the onion. Yeah.
You’re not eating the onion,
skin,
Geo: onion is as bad, but- No, that, that
joe: my thing. That it’s mostly just these leafy kind of
vegetables that you have.
Geo: the bag- Yeah … the bag salads are really- Salad mixes
joe: it’s hard to wash those, and you can’t get
the
Geo: basically for the last week, I have been like avoiding fresh vegetables just in general.
Yeah, that’s
joe: what I’m saying.
The, you can eat, most of the vegetables and stuff are good to eat. You don’t have to worry about it. And even if you get this, it, it’s- You know- It’s [00:21:00] unpleasant, but you, if you stay hydrated, you’re probably… If you’re in good-
Geo: And then that’s
joe: you’re going to,
Geo: kill you. It depends on who gets this how bad it affects you. But also, okay,
Nick: I’m gonna tell you guys
Geo: What’d you say?
joe: Yep
Nick: I said, “Well, shit, I’m gonna die, guys. I’ve been eating a lot of greens lately.”
joe: I, like I said, you’re probably okay, so
Geo: we have a garden that we haven’t harvest a lot yet. We’re still waiting for that. But if I go out and get the cabbage leaves and, wash them… Okay, so is this something
joe: that
Geo: is going through the water? So, you go out and you water your garden- Contamination
but is it, how is it getting on these plants? How is it getting on this produce?
Nick: On the field
joe: Yeah. It’s,
Geo: so- And then it,
And
then
joe: is it- So yeah, so what happens is that you’re getting-
Geo: to another [00:22:00] person?
joe: it cannot, it doesn’t move from person to person. It’s not like a norovirus or a stomach bug that you’re, like a viral or bacterial infection that does go from person to person, poor hand washing, then all of a sudden you get it, or a buffet line. This isn’t that. And so you’re right.
So it is in the water, but that’s fecal, it’s contaminated water with fecal matter. So agricultural water, field workers contaminate the water that they’re using for that. And so it always, it always goes back to farms. It traces to human sanitation breakdown.
So if there’s some sewage leak or some problem, then you have that. The water that we drink and the water we’re probably watering our plants with out in the gardens, they are treated
Geo: so is this something like-
and you water- … Like a recall? Like a lot of times you’ll get a thing and it
joe: They will recall the foods that- Right … potentially this happens with and if they’re monitoring properly. And then you asked em- endemic and pandemic, just to circle back. Endemics [00:23:00] usually are, localized. You can trace it, you can map it, you can predict it. Pandemic is like the scale changes where it’s more global and it’s no longer a local c- local kind of phenomenon, but it’s more global now.
So this year, maybe endemic, it’s 31 states or so. So you got, so it’s
Geo: something’s going on if it’s happening in that many.
joe: Well, our industrial food complex,
Geo: And people getting– And regulations going down.
joe: I know I’m
Geo: And people getting- … regulations and
joe: yes food regulation can be a problem or,
Geo: that relates to science, and science not getting paid for, so then people not finding out
okay
joe: So yeah, leafy stuff grown in your own garden, you’re probably good to go. You’re not gonna worry about anything. Go to local farms.
You know the farmers. You know what they’re doing. Probably good. But yeah, industrial farming complex that’s one of the problems. Especially if… And like you said, regulations are lax, anything like that. And yeah, things like this can happen, so.
Nick: [00:24:00] Which is always rough for everyone
joe: Rough for everyone.
It is, yep. And I didn’t really know a lot about this organism until I started looking it up a little bit.
Geo: up a little bit. So there you go.
Thank you for that science hole. Yep.
joe: yep. Hopefully. But don’t freak out. Again, just cook it. You’re okay.
Nick: Yeah, just learn to cook.
joe: You
Nick: always a good thing
joe: clean it, prepare it. But yeah
Nick: what about you, Joe? What do you got for us this week
joe: Yeah. So I had a couple things, and one was on CRISPR. So CRISPR always comes up. We’re gonna trying to plan an episode for season four. But one of the cool things, and I’ve talked about this, is the epigenetics. So epigenetics is this you have your DNA, which has instructions for genes to turn on, turn off to do different things, but these are chemical groups, methylation groups that sit on top of the DNA to actually have another level of control that is applied to the instructions of the DNA.
And these things can be [00:25:00] they’re hereditary, so they can be passed on. They can be induced by stress, by poor diet, by your environment. And so you can imagine that once you have an epigenetic change, that this change then will persist through generations. And so one of the things, in, in these epigenetics, they can turn things on, off, maybe things that’s supposed to be on, it turns it off.
So you… And this can lin- lead to health kind of consequences. And so what they’re doing, they’re saying, “Well, can we use CRISPR to modify the epigenetic coding that is applied to the DNA?” And so there was a study, couple research studies, company
companies, startup firms are coming out where they are developing therapies that specifically target the epigenetic markers.
So not changing the genes, where CRISPR cut and paste, but actually changing the chemical modifications that’s put on the [00:26:00] different genes. So really interesting research and kind of you can go in, you can treat things like, high cholesterol or rare muscular disorders.
These kind of companies are going after that are controlled, that are caused because of these kind of epigenetic patternings that are being applied,
so…
Really, so that was really interesting and tethers into the episode with some of the things we were talking about, genes turning on and off, and how would you make a Minotaur, I think, was one we kinda chatted about.
And so, And then the other one that was interesting, once again epigenetics and, so it was a paper, the gut bacteria have a genetic fail-safe. And essentially what happens, you have a population of bacteria, they’re all
individuals- Yeah
all single cell individuals.
Geo: But there’s a lot of them.
joe: But they want to hedge their, hedge their bets, right? So if the environment changes they wanna make sure that they are able to withstand that as a population, maybe not as an individual, which is really [00:27:00] interesting. And so some of the members
of this population will use epigenetics to turn on or turn off different genes so that if their environment changes, a antibiotic comes in or the environmental nutrients change, that even though you might wipe out much of the population, some of it may s- still live because it made these kind of epigenetic changes that it then can modify to actually persist then in the event that something like this happens.
A, a catastrophic environmental
Geo: me…
Basically that’s evolution, right?
joe: Well, kind of
You’re not mutating genes to change the gene product. You’re changing the modification on top of the gene product. So it’s a little different than evolution. You could- It
Geo: the one thing that I remember the moths in a certain area, they were like w- do you know what I’m talking about? Yeah. So yeah. They were, like, gray. England, during the- [00:28:00] Yeah
during the revolution,
joe: they yeah the moths were white, and then when you had the soot built up, the birds could eat the white moths ’cause they could see them pretty easily.
Geo: Were some gray ones or some- Then
joe: ones started. So there were gray ones, and this is that, the phenotype.
So you always had probably white and gray, let’s say, moths flying around. The white ones, just for whatever reason. So then you change their environment- Mm-hmm … and now the gray-colored moths had a selective advantage, and then the white ones were eaten at a higher rate, and then the gray ones could multiply
Geo: So then their genes were more-
joe: their genes were, now became more persistent in the population than the white ones. Maybe they, the white color ones didn’t go away because it wasn’t,
Geo: when- … selected against … when you were talking about what you were talking about, that’s what kind of came into my mind. Right, right, right. Yeah. Yeah. Mm-hmm, mm-hmm. So,
joe: but yeah, so i- in that case, right, so these bacteria, it could be if there was an epigenetic change right there, where you were a white [00:29:00] moth, but then you changed, you got stressed, you saw your buddy get eaten. Then all of a sudden you go, “Oh, man, let me…”
You methylate then your de- your gene, and it goes gray.
Geo: I have to think this is probably thinking about this on way too simple terms or prac- but- Like you were saying, trauma or stress can cause these things, and you said that can cause certain genes or certain things to turn off.
So would, let’s say you’re in a program where it’s to reduce stress and you’re using meditation. Mm-hmm. Mm-hmm. And then that meditation,
would
that be considered what you’re talking about?
joe: Yep. You
Geo: I mean-
joe: yeah. No, that would be, right.
Geo: a- That’s right … bigger practical thing, and then you’re talking about something on more of a cellular
joe: That’s right. Yep.
Geo: But that is, that really
joe: it. Yep. That’s right. Your body responds to that this peaceful environment. You can think of it, kids who grow up in, very [00:30:00] stable, quiet, neighborhoods versus kids who grow up next to an industrial factory.
Geo: Or dangerous or- right.
They’re gonna
joe: the stress, their environment will cause them to have… Their body’s gonna respond to that at a cellular level, and then you go, “Oh, why are these kids sicker?” Or why are they not
as healthy?”
Or, “Why can’t they concentrate as well?” Well, because their body made these changes to fit that environment, not fit this environment now that’s over here.
Yeah. So, yep. Mm-hmm. But yeah, so they’re trying to now, can you use tools to undo that, interesting.
Nick: That’s wild. I didn’t expect them to be able to do that
joe: Yeah, no, that field’s moving pretty fast and, they’re going after, taking these tools and,
Nick: I honestly feel like every time I’m just so shocked by what it can do
joe: Yep. So, but yeah. So that was a couple there and then the tether into
Geo: This
joe: this disease, infectious disease model that, that people were talking about the public [00:31:00] health systems and the 2026 World Cup that’s happening right now. But they were saying how that creates the perfect condition for infectious disease spread, right?
So you have all these people coming
together.
Geo: people in- People
joe: many people, yeah. People coming together and then migrating, right? ‘Cause you might go to a game in Kansas City, and then you travel to LA or Philadelphia, the sites, Miami. And so you get this mix where y- and then you go to Canada or Mexico, so you
have this kind of- Big mix. Right. So you could have stuff, you could have potentially-
Geo: eat the cilantro, guys.
joe: Like, “Don’t eat this lunch.” That’s right. Yeah. So they do the tabletop modeling. You might have heard when we had Charles Blue on talking about for planetary defense, but you can do the same thing for disease modeling. And so, potentially outbreaks of measles, influenza, mosquito-borne vi- viruses.
So you can have, maybe at the high end of risk could be things like Ebola, and actually, they actually would… They limited travel from countries where Ebola, the, this current Eb- Ebola outbreak. And [00:32:00] so they’re actually, denied or quarantined before they can come in because if, they get into these populations, you could have you could have a disaster.
A disease spread event. So-
Geo: But they let the team in.
Do they have to do a special test
joe: did contamina- they probably containment or
Nick: And like what they did during COVID time
joe: yep. I don’t know if their team was in. Sorry. I don’t… Do you know that?
Geo: No, I don’t.
joe: No. I
Geo: was speculating.
joe: not have had a team in. Not every country had a team in the World Cup. So, but yeah, so that was,
Geo: So that was,
joe: thought that was interesting and tethered into what you were talking about, the
Explosive diarrhea.
Nick: We all love toxic explosive diarrhea here at Rabbit Hole Research.
joe: I know. That’s it.
You gotta go.
Geo: a pleasant, it’s not a pleasant rabbit hole.
joe: It’s not a pleasant rattle. No, that was,
Nick: I’m pretty sure that’s gonna be our most popular mini just ’cause we talked about it. But
joe: Yeah, so those are a couple[00:33:00]
Nick: Very good. You guys wanna jump into what media we’ve been consuming?
joe: Yeah, let’s do it up. What are you,
Geo: Yeah
Nick: I think we’re calling this section our media hole
joe: The media yeah, we start naming-
Geo: The media holes.
joe: The media holes … all the media holes.
Geo: it the media
joe: What are we
wasting
Nick: look at media hole over there
joe: Yeah what long format-
Geo: Yeah, because- Unprocessed-
joe: media have you been enjoying?
Geo: w- the holes that I f- find myself falling into are the stupid scrolling on my phone thing
joe: Holes.
We wanna… No, everyone can do
Nick: The doom scrolls.
Geo: Yeah.
joe: It’s just like we try to get out of the doom
Yep. Like you eat food, you gotta have mix it up. You can have chips and ice cream. Good stuff, but you gotta have a well-balanced diet.
Geo: diet. That’s all I’ve been eating lately ’cause it’s not leafy green.
joe: Wash your vegetable. You can… There’s other vegetables you can eat. You don’t need the
Nick: Nope, Georgia’s out. She just wants [00:34:00] chips and
joe: yeah.
Geo: gonna
joe: I was gonna a- we shouldn’t mention it there, but berries too, like things like that, that have
nooks and crannies. Things like that. Right, yeah. That’s
Geo: are really- They’re
joe: hard to clean, so if you get splash on from the water, you get…
Okay. Either way. Or cook ’em.
Nick: if you do get Berries use baking soda. It’s always a good thing to,
Geo: to wash them with? Kitchen towel.
Nick: it’s a kitchen hack,
yeah. Nice t- Just let it soak for 15 minutes. In a, in a water, baking soda-
Yes. Yeah
Geo: May
Nick: yeah, that’s always a good thing to do with it. If you have littles, it helps kill a lot of the bacteria and stuff that’s on it.
joe: Yeah. But, you gotta remember that’s for bacteria. This here is a protist, the cyclospora. So it has a really thick- So that-
Geo: the baking soda won’t work
joe: right. So I thank you. That’s what makes this so difficult. People are treating it like it is a normal bacterium or kind of [00:35:00] cleaning it in normal food preparation.
Geo: it’s scary
but this isn’t, It’s a scary thing …
joe: This isn’t that. So you have these so like the vinegar, lemon juice even bleach might not be as effective- on these organisms. So- Bleach is
Geo: in bleach
joe: so yeah. So it is a,
Nick: you don’t like having your raspberries and bleach, Georgia? I love just drinking the bleach.
joe: Yeah. Yeah. And a b- and a baking soda is probably more, a little more for pesticide removal and things like that. I think folks use it- Yeah … For that. But yeah, for this it, it is
Nick: But you should be cleaning them, yes
joe: So you should clean, but you do have… It’s difficult because of the structure of the leaf or the berries, because they have like little grooves that- Right … the oocysts of this,
Geo: cyclospora
joe: parasite- can get
can get
Geo: and this thing is resistant to that.
joe: Yeah
it has a big cell wall that makes it hard for things to get in. That’s why it’s tough to kill. It’s like Steven Seagal, Hard to Kill. So,
On
Geo: on that note, let’s move it, let’s move into the Media Holes.
joe: [00:36:00] holes. I’m gonna change my title on this now.
Geo: Do you want me to go?
joe: Sure. Let’s do it up.
Geo: Let’s do it.
Nick: Yeah, go right ahead, Georgia
joe: and
Geo: this is actually a segue for a really nice plug that I can do. But
joe: but
Geo: my friend Jim and I are big fans of film noir, you might know if if you’ve listened to the podcast. And we have a calendar that will be our 2027 calendar, and it has lots of movies, noir facts.
And one of the movies that’s mentioned in there, I realized I haven’t watched this movie, and I’ve heard of it several times, so I thought, “I better watch that.” And it’s called, it’s a 1951
joe: movie called
Geo: Ace in the Hole. Have you guys heard of that?
And it stars a very-
Nick: No, I can’t say I have
Geo: we can’t hear that … a very young Kirk Douglas. And the funny thing is Ed Mu- Eddie Mueller, who’s the expert on noir, feels like it’s not a noir because a lot of it happens during the day. I don’t know. [00:37:00] So it could be more noir adjacent, but I’m telling you right now, you need to watch this movie. It is the starkest, most… It has this commentary of about media
joe: that
Geo: never seen before. It w- it’s just, it’s, it sticks with you. I… Okay, so basically, Kirk Douglas is this real cocky young guy, and he’s this journalist,
and
he d- doesn’t necessarily… And it’s really poignant right now because the whole idea is about truth and journalism and media, and he happens upon this small town.
Hunting for Native American artifacts, and this cave-in, and he’s down there under some [00:38:00] rocks and it’s how they deal with getting him out of there. And it becomes, a media circus?
That’s what happens, and
Nick: Yeah
Yeah
Geo: basically it’s how can we make money off of this person’s horrible situation. But you really just, it I recommend this movie. Highly recommend it. It’s not an uplifting movie by any means, but it makes such a great point about how we exploit people and things and how we get caught up in these.
And I just think about social media and media today,
it’s just
s- so relevant. Mm-hmm.
joe: Mm-hmm.
Geo: Yeah, so, so I highly recommend that. And then the other book I read, the Wolf Worm by T.
King- fisher. Yep. And
it kinda goes right with the parasite.
joe: That’s right, yep.
Yeah, The screw worm. Mm-hmm. It talks about
Geo: a parasitic [00:39:00] insect, and it’s set in like 1899. It’s from a woman’s point of view. She’s a scientific illustrator, and it really talks about naturalists and the study of nature and it’s, so I think it does actually have quite a bit of science in it too.
Geo: So it is a horror book but so, so good. It’s so well-written. I love that So that’s
Nick: I- I’ll have to check that one out. That sounds really good
Geo: Yeah, I think you’d really like it
joe: Yeah, I think we mentioned it. It’s a little squirmy. It’ll get under your skin literally. Right. Well, figuratively hopefully, not literally, yes. Yes.
Yeah.
Nick: The screw worm will literally get under your skin.
Geo: Whoa
Nick: I hope
Geo: ho.
Nick: not[00:40:00]
joe: Oh. Very good
Nick: But hell yeah.
joe: Yep.
Nick: What about you, Joe?
joe: yeah, so I’ll just go two books. One’s fiction. I started listening to Pimp My Airship by Maurice Broaddus. It came out in 2023. It’s a alternate history tale kind of revolution and resistance steampunk Afro sci-fi adventure
story,
Geo: that you met?
joe: I did meet him, yep. I met him at Con Carolina.
Geo: And then I… And-
joe: and he lives in near India- Indianapolis, I believe. And this story is set in Indianapolis area, so it’s really interesting. So I’m about halfway through,
Geo: And I saw him at the ALA conference.
joe: that at the ALA. That’s right. Yep, that’s what you were saying.
Yep. Yeah.
Yep. So, and then the other book I’m reading is a nonfiction When Trees Testify: Science, Wisdom, History, and America’s Black Botanical Legacy by Beronda L. Montgomery. 20… And this came out [00:41:00] months ago.
And
so she is a , a PhD plant biologist, and explores the way in particular seven trees and cotton shrub are intertwined with Black history and culture.
And the idea is thinking about how the knowledge surrounding the trees, they shaped America’s kind of history from the beginning of, you know Our time here in America as Americans. And so, and
Nick: I didn’t even know about that
joe: trees live, some trees live hundreds of years.
Mm-hmm. So what, what memories do they have- Right … of some of the events-
Geo: And that really makes me think of Charles Chesnutt- Mm-hmm … and The Conjure Woman.
joe: right.
Geo: And he had a story about the trees on that one plantation- Mm-hmm
had been chopped down, and they, it was like they were using it as lumber. Mm-hmm. And like- Right
joe: That’s what happened. Mm-hmm. And they, and it
Geo: the, some of the spirits and, yeah. [00:42:00] Yeah.
joe: Yep. No, it was… it’s interesting ’cause some of it, plants, they convert they use CO2 that we exhale, and to use that to make sugars and f- for them in the process of photosynthesis, and then they expel plants’ oxygen that we can use, and we can breathe.
So it’s a, a- an interesting thing because people that are around, if a tree lives that long, then you could say if this person was around this tree, then some of their CO2 they exhaled could become part of this tree and their sugars and their bark that they use and make complex structures with those sugars.
So, yeah
Geo: the metaphors are- Yeah … just yeah.
joe: And then, I mentioned a children’s book where they were making Chimeras
Geo: cameras.
joe: like a higg, which is a horse pig that says oink-neigh.
It’s called- Oink-neigh here and a oink-neigh there
Geo: oink-neigh there
joe: Young MacDonald by David Milgrom. And so it’s a really fun book. It explores genetics in a very fun way by [00:43:00] reformulating the classic Old MacDonald jingle song. Yeah, it’s really fun. Young MacDonald. So okay. That’s it for me, my media hole.
What about you, Nick?
Nick: Oh yeah. Well, I have been playing an older game lately. Not all the way done with it, but a good chunk of the way. Watch Dogs 2.
It is about hackers and stuff, and the first one takes place in Chicago, the second one p- takes place in, I wanna say San Francisco.
And yeah,
it’s just a really cool version of what goes on with tech and the dangers of it.
Just ’cause, anything you could do online, it’s there for everyone, and it’s just like a… It’s a good analogy of what’s going on in, with the world and stuff. But been playing that. And oh, what’s the name of the show? Been watching an Apple TV show with Tatiana…
Do you know the, [00:44:00] what’s her name? The one who played She-Hulk
joe: know the, what’s her name? Mm-hmm. The Blade runner. Oh. Is this the one
Geo: Is this the one Maximum, Maximum-
Nick: Maximum Pleasure …
guaranteed.
Geo: I haven’t watched it, but I heard it was really good, and I know they’ve been really talking about how … ‘Cause I think Stephen King was recommending it
Nick: Yeah. I thoroughly have been enjoying that show.
Yeah, been watching that and just finished Widow’s Peak or Widow’s Bay?
Geo: Widows Bay. I lo- I love Widows Bay yeah.
joe: that was really
good.
Geo: was so good. I guess they came out with an extra episode. Did you hear about this? I haven’t loo- I haven’t looked at it. It’s not like a regular episode, but it’s it sounds like it’s almost like a collage of different things that ma- you know, just like the mood of Widows Bay.
It was supposed
joe: isn’t like the Netflix thing, the Stranger Things where it was like, oh, a new ending episode. No,
but I think
Geo: is a thing. I’ll have to
joe: this
really is a thing. I’ll have to look. Okay.
Nick: I hope
Geo: Because it
joe: was like- Yeah … ’cause it was
Nick: If it’s like that, I can’t watch it.
Geo: ’cause it was [00:45:00] like, “Hey, to hold you over until we come out with another season.” It’s like just the ambiance of Widows Bay.
joe: what they remember people remember with Stranger Things- Yeah … the finale, series finale came out, and then people, it was a
little disappointed- Some people
Geo: …flat … some people weren’t. I liked
joe: they said there was another version that was gonna drop, and they gave a date and a time, and then Netflix crashed because everyone logged in at that.
Yeah, so okay.
That’s
Geo: No I’m pretty sure this was… But you’re right. I don’t know if I really read about that on a very official-
Nick: reputable source
joe: Yeah. Right, right. Where was it at?
Geo: I’ll have to do some research. I
Nick: I am on Apple right now and I only see 10 episodes, nothing more than
Geo: oh my gosh. I might have been, I might have been… I thought of something else that I didn’t mention.
joe: mention.
Geo: also, this weekend, saw Obsession, and I have to say, I have to say, we don’t need to talk about this [00:46:00] movie because the billion other people on TikTok and Instagram talking about this movie, but it holds up to the hype.
Let me just say that. H- have you seen it,
joe: Mm-mm.
Nick: No, I have Not
Not yet. Girl, I don’t get to go to the movies.
I’m
Geo: I know.
Nick: I got a toddle.
Geo: I know. I’m just say- I’m just saying you know a lot of times when you hear this big hype and expectations, you go in and then, it’s hard to live up to that. No.
Nick: I do get that 100% ’cause a lot of movies that get super hyped for me, I’m not the biggest fan of.
Geo: Yeah, no.
Nick: Like
Geo: that does happen to me quite often, but this tr- stayed true to what people said. It’s intense. It’s d- and it’s very different. And I think it’s just so exciting that a 26-year-old director is making this movie. He made it for a million dollars,
Nick: Oh, [00:47:00] yeah.
Geo: and it’s… I
Nick: I would highly recommend checking out his comedy stuff too.
Geo: I don’t even know if this is probably, this number probably isn’t even accurate anymore, but the last thing I saw it wa- made 200
200
times its budget. 200 times. So you don’t have to have a huge budget. You know what I mean? You can be young. You can be innovative. And I think it’s
Nick: definitely showing that, yeah the indie space has what it takes for it. You don’t have to have a huge budget for horror movies.
Geo: No,
Nick: movies just need to be good.
Geo: Oh my God.
Nick: it
Geo: That’s … And the acting in this movie, if there aren’t some awards come out of that, that’ll be like a shame ’cause that … Ugh. Anyway, you gotta see it
Nick: on the opposite end of that spectrum, I watched a bad horror movie at home. What I did watch [00:48:00] the Return to Silent Hill, and was a rough watch. I watched it all. I thought for a minute that they were doing some stuff intentionally, like everything just had a video game look, but it was just… I’m pretty sure it was just supposed to be bad CGI. It’s… But it felt like it was early 2000s, and
Geo: ‘Cause that was a video game, right?
Nick: Yes. And this was an adaptation of Silent Hill 2, and yeah, it stuck very true to the game for the most part.
Geo: So does that mean
Nick: it was a rough movie
joe: But the movie-
Geo: Would you recommend it? Or
Nick: I’d recommend the video game, which they had a re-release of that come out last year, I believe. Yeah, that sounds right. And that was a fun replay. But the movie is a rough recommend, recommendation. Georgia, [00:49:00] maybe you guys should watch it next week and let me know about it.
See what you
joe: Georgia, maybe you guys should watch it next week and let me know about it See what happens. Yeah, why don’t we gonna watch bad
movies? There’s a lot of good yeah. I’ll
Geo: see if I can pencil that in
joe: Yep
Nick: Yeah. Y- you got some time. Don’t worry. And then one other thing I’d like to bring up is that someone on our Discord had messaged me, and they sent me some of their artwork, and I just wanted to give them a little shout-out.
joe: Lorene Doodles.
Nick: Doodles. Yeah, they’ve had some really cool stuff and we’re about supporting the small artists and shit like that.
So,
Geo: so maybe we
Nick: just your mom
joe: can
Geo: we put a link in the,
joe: the, in our
Geo: in our
Nick: yeah, sure. If I remember to send Joe it tonight, yeah.
joe: Yes. Yeah, please send it. We’ll get it, if not this one, the next newsletter. Every Wednesday, a newsletter goes out, so we’ll, we can get it into one. Mm-hmm. Yay. Mm-hmm. Very nice
Nick: you just go check it out. Tell them that we sent you over here
joe: Yep. [00:50:00] Cool
Nick: Got anything else for us, Joe?
joe: I think that’s that might be it. I was gonna mention I was at a con, the SHore Leave 46 Con in Lancaster, PA.
Geo: PA.
joe: And one of the things was I went to a panel, it was a adaptation of Fallout. And so it was a really interesting discussion, and the thing came up about the video game, and they’re like, “Oh, Joe, you gotta play this v- you gotta play it.”
So I
Nick: You should
joe: Which I’m surprised, ’cause it came out in ’97, and that was
Geo: you might actually play a- I was playing a
joe: video games, especially, on the Doom, the, that kind of descent right in that timeframe. So it’s really interesting that this one this must have fallen right into where that gap between where I was playing a lot and not playing a lot.
‘Cause I started, I was in, grad school at this particular time. So yeah, very interesting.
Nick: Yeah, you should definitely check out the game
joe: Yep. But it was a good conversation. I really enjoyed it. And but yeah, it was a good con. I gave a talk about the electron microscopy of zombies and [00:51:00] cells. Well received. Maybe I gotta post some of that on there, but yeah.
Cool. Yeah, but that’s it for me.
Geo: Whoa. I know. We went down quite a few holes.
joe: It’s a mini. It’s gonna be
Nick: We go down all the
holes
joe: What- It’s gonna be the
Geo: cha- The maxi We’re gonna have to change- Maxi
joe: the maxi.
Geo: We’re gonna have to change
Nick: the Maxi Mini?
joe: Yeah.
Geo: have to change the name of
Nick: The Maxi Mini Hole. Yeah.
joe: I know. The mini, mini squared hole.
But yeah, I think that’s that’s it. Thanks for listening. Thanks for supporting.
Nick: And don’t forget to tell all your friends, and yeah,
uh, give us a
joe: you got
Nick: a good old high five sometime.
joe: You got a question or something you want us to look into, let us know.
Geo: hole you’d like to go down
joe: it. It might not come in the next episode, but we can, put our heads together and figure it out. But yeah, thank
Nick: We do try to get to everyone’s messages and stuff.
joe: You
got
Nick: just takes time because we are humans with other things that we do.
joe: We got [00:52:00] stuffs. But on that note, you got me, Joe. You got me.
Nick: got
joe: We got Nick. We’ve got Georgia
Nick: And we went down some mini hole
joe: right. So stay safe out there, stay curious and we love y’all
In the 74th episode of Rabbit Hole of Research, Joe, Nick, and Georgia are joined by guest Erin C. Anthony, an evolutionary ecologist and science communicator, to continue their Spider-Man villain series with a deep dive into chimeras: part myth, part Handwavium, and recently part reality.
The crew kicks off explaining what a chimera is? And is Spider-Man one? They explore the science behind why you can’t just inject someone with scorpion DNA and call it a day, looking at you waving those hands J. Jonah Jameson.
Along the way they get into CRISPR, epigenetics, xenotransplants, and the very real, and ethically complicated, efforts to grow human organs inside animals. They also talk about the axolotl and salamander research behind limb regeneration, debate whether Frankenstein’s monster would have survived immune rejection?
They also touch on the ethics of brain chimeras, clones as organ banks, and the comic run Flowers for Rhino, a riff on Daniel Keyes’ Flowers for Algernon that asks what happens when a supervillain gets too smart for his own good.
The episode closes with the crew’s answers to the most important question of the night: if you could splice your DNA with one animal, what would it be?
Shore Leave 46 — Lancaster, PA (July 10-12, 2026)Lancaster Wyndham Resort and Convention Center
Dragon Con — Atlanta, GA (September 3-7, 2026) – Joe attending as Professional
It’s Science for Weirdos
Want to support the show? Tell your friends. Follow us on social media, Discord, share the podcast, and let us know what topics you are excited about. Leave a Comment. And for email alerts sign-up for the Substack newsletter and never miss an episode, exciting updates or the bonus images we talk about on the episodes.
We want to Hear From You (leave a comment):
If you could splice your DNA with one animal, what would it be and why?
Would you accept a lab-grown organ grown inside a pig using your own stem cells if it meant saving your life?
Scientists have drawn a hard line at brain chimeras. Do you think that line is in the right place?
Drop your thoughts in the comments. We read them all, and your ideas often shape future episodes.
Episode 76 – Spider-Man Villains Series 3: What His Villains Reveal About HimGuest: Comic YouTuber, Alex Hanes (@Hanes4Heroes)The conclusion of the Spider-Man trilogy takes a step back to ask what the science of his villains tells us about Spider-Man himself.
Episode 78 – Briar East Woods – Urban DeforestationGuest: Anne Sedlacek
Episode 80: Magic: the Power and Cost of Magic SystemsGuest: B.L.Mostyn
Episode 82: Climate Change and Data CentersGuest: David Pincus, PhD
Amazing Spider-Man — The Lizard origin (Issue #6, 1963)
Flowers for Rhino — published in Spider-Man’s Tangled Web #5–6 (2001). Written by Peter Milligan with art by Duncan Fegredo, it pays homage to Daniel Keyes’ sci-fi classic Flowers for Algernon
Books
Flowers for Algernon — Daniel Keyes (short story and novel)
Never Let Me Go — Kazuo Ishiguro
Scorpion House — Nancy Farmer (YA sci-fi novel)
The Island of Doctor Moreau — H.G. Wells
Movies
The Fly (1986, dir. David Cronenberg) — Jeff Goldblum
The Fly (1958) — Vincent Price original: Help Me!
Jurassic Park (1993) — Reptile DNA, should have been bird DNA.
Spider-Man: The Amazing Spider-Man (2012)
They Live (1988)
Invasion of the Body Snatchers (1978)
TV
X-Files — The Salamander referenced by Erin
BoJack Horseman — referenced during Minotaur discussion
Spider-Man animated series (1981) — The Lizard episode the crew watched before recording
Fun Facts to Impress Your Friends With:
Scorpions glow in the dark — and not just under a blacklight. Scorpions fluoresce blue-green under UV light, including natural moonlight. Scientists still aren’t entirely sure why. One hypothesis is that the glow helps them detect light levels. Another is that it helps them find each other.
Your body can reject your own skin — Skin grafts taken from one part of your body and moved to another can actually be rejected or fully reabsorbed. Your immune system uses a lock-and-key system of antigens on cell surfaces to identify what belongs where, and sometimes even your own tissue in the wrong location doesn’t get the key.
A rat pancreas was grown inside a mouse — Scientists knocked out the gene a mouse needs to build a pancreas, injected rat stem cells into the gap, and the rat cells built a functional pancreas inside the mouse. When transplanted into diabetic mice, it produced insulin and reversed the disease. The blood vessels threading through it were still mouse, but the organ itself was rat.
Baby humans can regrow fingertips — Very young children, within days of birth, can regenerate amputated fingertips. The ability disappears quickly as stem cells deactivate. Salamanders keep this ability their entire lives, and scientists are actively researching how to switch it back on in humans.
CRISPR won the Nobel Prize in Chemistry in 2020 — The molecular scissors technique that can clip out a region of DNA and replace it with another was awarded science’s highest honor just five years after the NIH imposed a moratorium on human-animal chimera research that relied on it. The tool and the ethics have been racing each other ever since.
Episode Highlights
00:00 — Hello From the Basement Studio
Joe, Nick, and Georgia welcome evolutionary ecologist and science teacher Erin C. Anthony, met at MarsCon in Virginia Beach.
01:46 — What Is a Chimera
Erin sets the record straight: a chimera is an organism composed of cells from two or more distinct organisms, not just DNA splicing.
03:48 — Is Spider-Man a Chimera?
Erin drops the verdict: Spider-Man is not a chimera, his radioactive spider bite is closer to a mutation than a true genetic mix.
05:48 — Jurassic Park DNA Detour
The crew questions why Jurassic Park used reptile DNA when the movie itself said birds are the closer evolutionary relatives of dinosaurs.
07:14 — Scorpion Origin Story
J. Jonah Jameson paid $10,000 in 1965 to have Mac Gargan experimentally fused with scorpion traits, because scorpions are natural predators of spiders.
09:30 — Why Adult Chimeras Fail
Erin explains why the Scorpion serum wouldn’t work on an adult: chimeric modification only really works in embryos, before cell paths are set.
10:56 — CRISPR Explained Simply
Joe breaks down CRISPR as molecular scissors that can clip out and replace regions of DNA, winner of the 2020 Nobel Prize in Chemistry.
13:37 — Ethics and the Deafness Case
Erin recounts the real legal case of a deaf couple who wanted CRISPR used to give their unborn child a hearing impairment to share their cultural community.
14:27 — Minotaur Thought Experiment
The crew works through how a Minotaur would actually develop, each cell carrying both horse and human DNA, developmental signals deciding which genes to express where.
16:39 — Growing Human Organs in Pigs
Joe explains how CRISPR knocks out a pig’s organ-development gene, human stem cells fill the vacancy, and the pig’s body becomes an incubator for a human organ.
31:46 — Xenotransplants Reality Check
Erin reports on the two real pig-to-human heart transplants (2022 and 2023), the recipients survived two months and six weeks respectively.
36:09 — Clones as Organ Banks
The crew discusses Erin’s high school read Scorpion House and Kazuo Ishiguro’s Never Let Me Go, fiction that asked whether clones could ethically serve as personal organ reserves.
39:26 — Back to Spider-Man Villains
Nick steers the crew back to the rogues gallery: Tarantula, Rhino, Scorpion, some biological chimeras, some purely mechanical.
40:30 — Atomic Age Comic Science
Joe connects the radiation-and-DNA origin stories of 1960s Spider-Man villains to Cold War atomic anxiety and the dawn of genetic science.
43:22 — Heart Shock Origins
Erin notes that electromagnetic pulse revival of hearts, the science behind defibrillators, first appeared in science fiction before becoming medical reality.
43:56 — Frankenstein Electric Revival
Joe ties it back to Episode 1: Mary Shelley attended parlor events where scientists used electricity to animate corpses, inspiring Frankenstein.
45:56 — Spider-Man Lizard Science
Joe and Erin unpack the Lizard’s origin, Dr. Connors chose reptiles for limb regeneration, but lizards don’t actually regrow limbs; salamanders do.
49:10 — Stem Cells and Limb Regrowth
Erin explains that salamanders keep their stem cells active their whole lives, humans have the same genes, they’re just switched off after infancy.
53:44 — CRISPR Switches and Pathways
The crew debates whether CRISPR could flip the regeneration switch back on in adult humans, or whether the answer lies at the epigenetic level instead.
56:35 — Scorpion Venom and UV Glow
Joe reveals that scorpion venom compounds are being researched as anti-cancer, antifungal, and antiviral agents, and that scorpions fluoresce under UV light, including moonlight.
59:41 — Trench Coats and Chimeras
Doc Ock and Scorpion both hide their modifications under trench coats, a fact that sends the crew down an unexpected and spirited detour.
01:05:30 — Pick Your Animal Splice
Nick asks the big question: if you could splice your DNA with one animal, what would it be? Axolotl, mantis shrimp, pig, bald eagle, and photosynthesis all make the list.
01:09:15 — Xenografts and Farewell
Erin drops one last term, xenograft, the grafting of animal parts from one species into another.
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Transcript
joe: [00:00:00] Hey,
welcome back to the Rabbit Hole of Research down here in the basement studio. You’ve got me, Joe.
nick: You got Nick.
joe: got Nick.
geo: Georgia.
joe: We’ve got Georgia. We’re all crewed up. We have a… Well, no, we’re not all crewed up now.
geo: Now. We’re missing Mary.
nick: Mary.
joe: we’re three-fourths crewed up now. We, the old- Yeah
this is old school here. Mary is not with us, but we do have a special guest. Would you like to, introduce
erin: I’m…
Yes. I’m Erin Anthony. And I am a evolutionary ecologist but now I am a middle school science teacher. I do a lot of science communication and interpretation for the general public
joe: Awesome, yeah. And we met at Mars Con in Virginia Beach, so we were on a panel. I think I moderated the panel we were on. I can’t remember if that was the case or, yeah. Oh, well. That
was
erin: we were on a couple, we were on a
joe: yeah, it feels feels [00:01:00] forever ago. But always a f- it’s a fun time, so if you’re in the Virginia Beach area, or even if you’re not, just take a trip over.
It’s usually pretty nice in January, so. But yeah, we’re here. We’re continuing our
Spider-Man
villain series and- What’s
nick: what’s our episode today, Joe?
joe: we’re gonna be talking about in particular maybe a little bit of Scorpion and the other chimeras in the Spider-Man universe. So we’ve got an evolutionary biologist and, so yeah we’re kind
nick: See I figured this was gonna be the Pokémon episode.
joe: Yeah, that’s you’re right. Pokemon also have a lot of
nick: of chimeras
joe: or chimeras. I don’t know. What is that, like a potato and potato? Sure.
geo: I know
nick: I know the exact definition of the two of them.
joe: Yeah, so I, I can, you want me to get into it? I have my little-
geo: Oh, please … cheat
joe: guide us in.
So every cell in your body contains the same DNA.
Your liver cells, eyes, brain, feet, skin, the same code, identical instructions. What makes them different is which [00:02:00] instructions they’re allowed to read. Cellular machinery silences some genes and amplify others, following their section of the blueprint. All the cells with their different blueprints come together and make us work.
But what if your cells could ignore their blueprints and you could rewrite those designs? Sounds like science fiction or handwavium, but it’s actually not. Scientists have done it. They’ve deleted genes a pig needs to grow a pancreas, injected human stem cells into the gap, and coaxed a human organ to grow, using the pig’s body as an incubator to create organs that could potentially be used for transplant back into a human.
And Spider-Man villains have been riffing on this technology unwittingly since 1963. A man fused with the scorpion traits specifically and why? Because scorpions are natural predators of spiders, of course. A surgeon who lost his arm and decided lizard DNA was the answer to regenerate his lost limb.
A Victorian geneticist who spent over a century building [00:03:00] organisms assembled from the parts of multiple beings trying to guide evolution, and he named his creations chimeras. The Greek used the same word for creatures assembled from parts that weren’t meant to go together, and they thought of them as monsters.
But is that what they are? Or is that just what we call something before we understand it, before we learn to build it ourselves? And as Richard Feynman once wrote on his blackboard, “What I cannot create, I do not understand.” So
nick: Interesting. So, if he couldn’t make pasta, he’d be like, “I don’t
joe: make pasta, he’d be like, “I don’t-“
geo: right.
Well, he didn’t say he had to make it well.
Right. He
joe: is not Mrs. Doubtfire.
geo: This is witchcraft. But,
joe: he would be he would probably be a villain in the Spider-Man universe. That’s a that’s-
geo: So Spider-Man is a… And I’m always afraid of the pronunciation. Can you say it again?
joe: Chimera? Chimera. Or chimera.
I don’t know. Erin do you have
erin: I say Chimera,
nick: [00:04:00] yeah.
geo: Chimera. So Spider-Man’s a chimera, right? Because he’s part Spider-Man?
nick: I think you’re right.
erin: No.
nick: it.
erin: No.
he is
nick: N- what? Okay.
Whoa.
erin: because the… It’s not even possible, but his
DNA was altered with venom, and it’s not that he has another set of DNA
in his
joe: Yeah.
nick: Even when he became the h- Man-Spider?
erin: Yes. So it’s technically like his DNA. It’s not
spider DNA.
So it- people think, or I was reading a little bit about it earlier today and they think it’s more like equivalent to an, a radiation mutation
joe: and that was one idea that it was radioactive. They say a radioactive spider bit him, so that would be DNA, DNA kind of mutation
geo: fact that he’s able to throw webs and- That’s like- And his-
nick: That’s [00:05:00] web shooters.
geo: Oh, it’s not? He isn’t actually.
joe: it depends on the-
geo: I thought,
nick: Eh, th- that one stems off a lot.
Okay. So it’s- not he gets to Man-Spider, that’s when he can do the webs from his body organically. Every other time, he is creating that in a lab.
geo: Okay. Yeah.
joe: So a chimera is a organism with cells from two or more genetically distinct organisms, not just DNA spliced, but generally mixed cell type organisms, is a rough definition. Is that fair to say, Aaron, or
erin: Yep. I was trying to come up with a good definition that would be understandable. So I wrote down an organism composed of cells from two or more distinct organisms
geo: So
nick: Jurassic Park?
erin: the same species
nick: Would that be Jurassic Park then, or no?
joe: There, Yes, Ah.
geo: Ah,
you got me. Yes.
joe: Yes,
Jurassic Park would ’cause they… [00:06:00] Well, I, well, we’ve been, we need to do a Jurassic Park episode ’cause I
nick: of- ‘
joe: cause I still don’t know why, and this is, we’re getting a little off track so
geo: we’re getting a little off
joe: But
geo: I- Already?
Already? Damn them. But I
don’t
joe: I don’t know why they used lizard or reptile DNA because even in the movie at the beginning they go, “Oh, birds are the evolutionary cousins of dinosaurs.” And then they go, “Oh, we couldn’t have the whole sequence so we used reptile DNA.” So I think something nefarious was going on from the start, and because it really didn’t make sense why they made this kind of weird jump.
So it was, like, I don’t, so that’s one of many problems.
geo: pretty successful though.
joe: They were
pretty successful though. They Yes. A
lot of handwavium in that. Yes, they were.
geo: But yeah, so-
joe: but yeah, that’s,
geo: now not all of Spider-Man’s villains
this
fall in this category, right? No. No,
joe: no not all
geo: But, like- Scorpion
a good number of them?
joe: is one. The Lizard probably is another.
nick: I’m trying to remember what The Jackal was. What was [00:07:00] his
joe: I don’t
nick: spliced with? ‘Cause I know he ends up having, he starts doing a lot of cloning. We we’re doing some po- pre pre-talk about, and yeah. Like he… I can’t remember.
We’ll have to go back to that one.
joe: Yeah.
nick: But
joe: know the other ones. Yeah, so
geo: Scorpion
joe: was, like I said, he was made Jameis Jenison, Jane Jenison, Jameson, James
geo: Have another-
joe: a tongue twister there. Am I… Yes. Yes. He wanted to find a rival that matches Spider-Man, and so he was like, “Oh, so a natural predator to spiders are scorpions.” And he said, “Oh, let’s make this a scorpion hybrid.” And tried to create that chimera so that you would have the scorpion with the tail and…
Looks like you wanna jump in there
erin: yeah, I went down my own rabbit hole of research with that because I was like, okay, they said Jamison [00:08:00] paid to have Scorpion participate in a human experimentation. And I, come from an experimentation background, as I know that Joe does as well. I don’t know as much about you guys, but
I was like, hold on. You don’t pay to be a part of a human experiment. You get paid or you just volunteer. And I was like very excited. I was like, yeah, what I think is true. And I was like, how much did Jamison pay for this random man to go join a
human experimentation study? He paid $10,000. And I was
like, Oh
my God.
And that was in what was it, like nine-
1960s?
nick: I think so,
joe: or, yep. yeah,
I
think so, yep.
erin: What’s the inflation?
joe: you had, Yeah, I
nick: really wanted to keep the menace Spider-Man.
joe: did move ahead though, right? ‘Cause then at the Depression, it was a meal in a suit was the going rate to get experimented on in the Reign of Superman, that was the- The hot
nick: was a- Was it- … hot meal and a
joe: yeah. That was , [00:09:00] Jonah Jameson,
nick: J. Jonah Jameson
joe: get it all straight there.
geo: there.
joe: Had that, and this was ’65, that’s before technology, so now one would probably lean on CRISPR, ’cause I think it was like gamma, I don’t know they, it was like injecting DNA.
So a lot of it was either we’re just gonna inject random DNA and then make something work, or we’re gonna use gamma radiation to alter your DNA and fuse. So it was, you know-
erin: I looked a little bit into that ’cause I was like, “Okay, how did he even do this?” And it was ra- a mix of radiation and chemical therapy. And I was like, “Okay, does this even work?” and so I started looking into it, and it really only works when you’re starting to form a embryo. And I was like, “Oh, so it wouldn’t work anyway on a full-grown man to
to all that.”
nick: Wait, so I can’t become the Scorpion? Yeah. What?
geo: But
joe: When you’re in an adult, you’re-
geo: in [00:10:00] adult, in, in- you’re an adult Oh. When
joe: you’re in your adulthood, or even in child… Yeah, every- everything after embryo,
Your cells are reading their instructions and they’re doing what they need to do. So to come in and to make modifications there becomes extremely difficult throughout the entire body. So-
geo: you would just fight things off as a foreign… Is that right? Or…
joe: Well, not nec- A, how do you get all your cells now to adopt this new DNA and replace your original DNA functionally?
Right. Right? So how do you- So- How do you do that? So that’s, you know-
geo: When you were talking about scientists that are doing things like this- Yeah … they’re ta- you’re talking about Embryos
joe: generally.
yep. Yeah. Yeah, embryos where you have fewer cells you’re earlier. So, cell paths aren’t, have not been set.
So a lot of the stuff with correcting genetic defects that’s, a lot of that’s been done in embryos. And so they go in and they use CRISPR. It’s this, [00:11:00] the new technology
that can go in and-
geo: what CRISPR is?
joe: CRISPR I guess best is molecular scissors. So they can go in and they can clip out a region of DNA and then replace that with another piece of DNA that would encode a gene or a correction gene that
geo: That’s just amazing.
Would you say CRISPR’s been around, what 10 years or five years or- Geez … do you know?
joe: I think in the
mainstream
nick: Oh, damn.
geo: I just remember probably, like-
joe: I don’t think… So it’s like a lot of research in science, by the time it makes it to mainstream, there’s been-
Right, many years of…
I, I wanna say like the ’90s or
the- And when was it actually successfully is… You know what I mean? It was probably in- Development … for quite some time,
geo: so
erin: It won a Nobel Prize in chemistry in 2020
geo: Okay. I just remember, this is my background for CRISPR, listening to a Radiolab episode. Yeah. And it was really- Yeah … it was [00:12:00] really cool. I was like, “Whoa.” But that was probably six years ago or something. I remember listening to that, so. Interesting.
nick: Interesting. Yeah. I wouldn’t have thought of when it came about, ’cause I know Joe has mentioned it before, but I’ve
joe: I-
nick: just like thought…
It was a thing. It’s always been a
geo: right? Oh, no, I knew it was pretty cutting edge,
joe: yes.
geo: It is pretty amazing. I can’t imagine how exciting they would it be that worked.
nick: so with CRISPR, i- is it… I don’t know how to put it. So
CRISPR, do they do it for th- people and things that are like actively living or only embryos?
joe: Well, embryos are technically living.
nick: Well, I mean ma- mature.
geo: It be a
joe: Yeah …
geo: can it be a later
joe: that’s a … I mean,
That’s an interesting question. You
know-
erin: it… They do it with bacteria which are already capable of changing their DNA as adults. So they, attach to another bacteria, and they exchange DNA, and then [00:13:00] instead of reproducing with that exchange of DNA, they just change their own DNA, which is how they can adapt so quickly to antibiotics.
joe: Right
erin: So that’s… And their DNA kind of forms a circle before they undergo their cell divisions, so it’s a little easier
joe: Yeah. And smaller genomes but for a fully mature, developed organism, I think is the question. Yeah. Applying CRISPR, it’s targeting to the place you want. And I don’t remember the research, but was that the hearing defects? That was done in children, I believe,
and that wa- but that was a
very specific
erin: there was a really interesting case where someone wanted to reverse that and actually give a child hearing defect because they were in the deaf community and they wanted to have a the child that they were they had in womb. They’re like, “Can I please have this child also be deaf? Because if they’re not deaf, then they wouldn’t be part of my community,” and it’s a cultural thing. And that went [00:14:00] up into the court systems. I don’t know what the outcome of it
geo: That’s, that is fascinating. Yeah.
Wow.
nick: was not expecting that
geo: Wow. Yeah.
nick: I thought you were g- you misspoke and I was gonna be like, “Wait, You wanna purposely make someone deaf?” All
joe: Yeah. Yeah, so you, you can start,
geo: you know- Yeah, who
decides what-
there you go … what is good and what is bad at that point?
joe: But these are very targeted, you’re not affecting whole organism. You just need to affect the cells that, are involved in hearing.
geo: Okay, so a manataur. I know manataurs aren’t real.
But I mean- Sure … that be,
joe: real world to
Do we
geo: they share DNA, or do we ever
never-
joe: they’re all one, it’s one organism
geo: one organism. One organism, right. But it has DNA of a horse and I don’t know, a human.
joe: Y- I presume so, yeah.
Yes I
nick: thought it was just a specific DNA- Yeah … that is horse-human.
joe: horse-human. Horse-human. Yeah, so the way it would work if I had, it’s a manatar. I didn’t, wasn’t
prepared
geo: didn’t- Sorry.
nick: I
joe: But like any of these, I guess, you would need, so you would [00:15:00] what changes would physically need to happen?
So that means that during development there was some mix. You’ve included now a second or a copies of the genome of a horse, so those genes are there to be turned on and off. And then once those genes are there to turn on and off, then you can have developmental programming go and turn those genes on and off.
So for the rear horse butt, leg, hind legs, and midsection, those developmental genes would kick on, and then you would form that. And then in this soup of development, the human cells would then turn on and send their signals like, “Okay, all right, horse stop, cell stop growing, and let me develop now the human part of it.”
And so that’s that’s how you would think about it. But all of the DNA would be in each cell, so each cell would have horse and human DNA, and your, the same, the way your cells are all Georgia cells and DNA, or Nick or Erin or Joe, they just turn on what they need to turn [00:16:00] on developmentally. So as an embryo developing, the cells literally reach out into the space and start to lay the body plan.
And as they lay down, they send signals to the other cells and say, “Okay, you guys, this isn’t, you’re not doing this. You’re not being feet. You now need to be the ankles. You need to be the
legs,” you
geo: then could you have a manataur where it was a human, like a human legs and a horse head? Yes. So isn’t
joe: isn’t that Bo Jackman?
nick: Oh. Isn’t
joe: isn’t that, what’s his name?
Bo something.
nick: Arnett’s character. BoJack Horseman.
joe: Horseman, yeah. Okay. But yeah, that’s how it’d work, and it’s interesting ’cause some of less … So real, let’s go back to the real. I had mentioned in the open the the example with the pig where they’re trying to grow human organs in there.
So what they do with that, they take CRISPR, they knock out the genes that would make, let’s say the, a pancreas or a heart, whatever organ you want to y- fully function, and you replace that with human genes, so you can
geo: it a little- In the pig
in the
joe: pig, in the embryo. So you’re [00:17:00] functionally remove something, so don’t make a pig heart, and you replace that with a human DNA and said, “Make a human heart .”
You, and then you raise the pig up, and it starts making a human heart. So in human research like that, they usually have to stop at day 28 or something early. You’re not allowed to do genetic work or chimeric work on embryos. And so they stop it, but they can see the new organs starting to form.
But they do this in mouse and rat, so two different species. And you go, “Okay, so knock out the mouse. Let’s add rat, and then grow a pancreas.” One of the interesting things is that because you just told the cells to, the mouse’s to grow the pancreas, the rat pancre- pancreas, you gotta remember, organs are very complex.
And so where do you get all the other genes and structures from, the arteries, veins that deliver blood and take away, the used, the deoxygenated blood? They find that those are actually still mouse so the host organism’s cells. So when
you have it, So
geo: but they’re [00:18:00] doing stuff they wouldn’t normally do.
joe: normally do.
Well, they normally would make a pancreas. So it’d be a mouse, 100% mouse pancreas. So that’s because you tell it
geo: make a human pancreas- But it may be a human pancreas
joe: a human pancreas … but
geo: veins and everything … might need different structures than, right
erin: So, that was one problem I was finding with implanting human tumors in mice,
was that eventually the stroma, which is that membrane that attaches the organs to the rest of the body and the blood vessels that attach to it, those are still my stroma.
And they will eventually change the behavior and the drug response of the tumor. So there are some effects
geo: So
joe: a, and one other layer I should mention maybe-
nick: maybe Wait,
joe: as we get into this. Okay, go for it.
geo: So
nick: you’re growing th- like a human heart in a pig- Yes … wouldn’t that have, don’t know side effects for said pig? Well-
Like
I’m
assuming-
geo: I don’t think the pig ha- a different… Yeah. [00:19:00] the pig’s gonna come out of this a-
joe: the heart would still function normally. T- as normal can be
geo: for- Up until the
point, up until the
joe: Yes, when they need to take the heart out and
put it
geo: th- they’re
not gonna save the
pig.
nick: I- I-
joe: That’s right. Yeah
nick: Like I was just saying, i- having that in a pig, like pumping things, pumping the blood- Right
is a different, muscle than what it would be
joe: No, it’s the heart,
erin: pigs and
humans have Very. similar organs. That’s why we use them
joe: Yeah.
nick: Okay. I was And you’re using the
joe: pig- size-wise. Are you thinking more like- Yeah … size-wise? Yeah. Yeah.
think, ’cause the heart- Size
erin: and structure
joe: factor
yeah, and the heart’s a muscle, and this is where I was gonna say this second layer. Because what… the other thing that can… that happens is something called epigenetics, and I know I mentioned this on ep- other episodes. Epigenetics is this a feature- A little
geo: mistress
joe: that your, genetics is a cruel mistress, right?
And so we have the instructions of the cell, I was just saying, on what gets turned on and turned off. So you have those instructions, but you also have then epigenetic kind of [00:20:00] overlaying that. And so that also then can add an extra layer of information to tell certain genes to turn on more, to turn on less.
And you can inherit these kind of factors, and so you go. And so any of your environment can cause certain genes to be turned off or turned on. So when you’re growing these chimeras and you’re trying to do that, not only do you have the situation where you have the cell types, ’cause those other…
You didn’t replace all the genes, so you also have the host actually imparting its, its instructions on that new DNA. So we were saying about size. You could have a case where in the pig there is instructions already, epigenetic instructions, that even though you have replaced this, making a human heart it would probably form it like it would in a pig.
And to Aaron’s point, we use pig because that heart and size is probably close to… You would grow the pig to a certain size. If you need a heart for a [00:21:00] child, you would have a little pig. If you want an adult, you would grow it bigger. But the pig probably would override and make the organ into its, what it needs.
So if you grew it to maturity, the heart probably would function like a normal pig. It probably wouldn’t know the difference ’cause, a heart cell in a pig, a human, a dog, th- they’re identical,
geo: And the like- … in, in how they function … yeah. Like the m- The amount of beating like the times,
joe: be, I think the overlay would
start to control that.
erin: Yeah, they did a l- this is old research now, but with Drosophila, the the fruit fly, they moved different genes around and they put genes from other animals into the fruit fly to see what would happen. So they put a cockroach leg gene on the fruit fly’s back
a- and replaced it with a wing. But what grew was not a cockroach leg.
What grew was a fruit fly leg in that spot where they said, “Hey, make a leg.”
geo: Oh, wow.
joe: Yeah. Yeah
erin: So
even though it’s from a different animal those [00:22:00] instructions it’s gonna be like, “Well, I am a fly. So you gave me a leg gene, I am making a leg
nick: Interesting
joe: Yeah but you do have… There’s the pictures where they can grow human ears on the
geo: Okay, so, so the example of The Fly.
joe: Temple
geo: Je- Jeff Goldblum. Yeah.
joe: That’s a chimera.
geo: that is a c-
joe: Yeah. See, got mixed. Yep. The DNA- DNA
human DNA and fly DNA
geo: But it was only the head that was
joe: That’s the original. In the Cronenberg ’86 version, Jeff Goldblum- Oh … He turned into a complete fly, remember? Yeah.
geo: it’s just the Vincent Price.
joe: Vincent Price one was the head like, “Help me.”
nick: “Help
erin: actually hilarious ’cause I was talking to seventh graders about The Fly today
as we talked about meiosis and they were like, “Oh, could this happen?” And I was like, “One, I’m so proud of you for knowing what The Fly is, but two, it- they- you
can’t breed them together ’cause the chromosome number is different.”
So I don’t know [00:23:00] how that would work for adding in fly genes where you have, the head is a fly. If their chromosome number is different, like how are you splicing those genes in, and what’s being turned on and what’s being expressed? And I don’t know.
That would be more into your ball court, Joe
nick: Yeah
joe: yeah, that’s make it work. Yeah you’re right. We didn’t mention… With the Minotaur, that’s, that was something also. Where does, where do these horse, new horse genes go?
And you could make it where you add chromosomes in, so you just, you wholesale in chromosomes, so you could have multiple sets of… And this happens with fraternal twins, I believe, that they, in during development, they just take in, so they have two sets of genomic DNA. And then they’re essentially a chimera of, their other…
their twin, and so they actually have both copies of DNA in there. So you can have multiple copies, and there’s organisms like a lily, I think. [00:24:00] They can have many copies of their genome. So you can… It’s not metabolically taxing to have more DNA. The problem is when you get to cell division and things like that.
This is… These are finely calibrated systems over millennia of evolution, and so when you’re trying to divide the cell, your machinery’s expecting a certain number of chromosomes, and now if you got more, then you will start to get mismatches where some chromosomes are left behind or, move to different places.
You- then you would develop mutations and probably death. And so probably a lot of these early embryo, you try to do it in embryo, you lose a lot of them because of these issues that they didn’t really… This didn’t
work out
geo: just like, “This is not the way it’s supposed to
joe: yeah. Yeah. So
nick: to be.”
Right. Exactly, yeah. So what about with the horse and donkey, the jinny? W- are they- Yeah … just so similar that having them
geo: Reproduce?
joe: Yeah,
nick: without using any[00:25:00]
geo: Horse
joe: donkey makes a mule. Yes. Mule. Yes. Yep.
geo: A jinni?
nick: I thought it was a jenny
geo: I’ve never
heard that.
joe: Never jenny. I was like, “Do you… Are you…
It’s, like, a pet or something?”
nick: might’ve been someone’s pet. I don’t know. Pretty sure it’s-
geo: I’m
joe: like, I was thinking, I’m like, “What are you talk… A Jenny? What is that?” it might be some term for a female donkey I don’t know. Okay. Yeah, they’re just really close in, in… two close species, but they’re sterile
geo: you know- so then the mule will not
joe: Yep. Yeah. The mule cannot reproduce, no. So you go, and this is… I think it’s a mismatch. I think the chromosome number is close enough that you can-
geo: Oh, interesting
joe: can line up properly that you will get appropriate crossing. But yeah. Yeah. The same thing in some flower specie- plant species.
If they’re close relatives, they can, they can do it. Their chromosome number, like Erin pointed out, that’s close enough that they can actually… Everything can line up, and then you can get division, and so you can actually make the appropriate, cell division and grow into a plant.
But usually [00:26:00] they’re sterile or other issues crop up. They don’t make it to adulthood or, certain things like that.
nick: So doing it in s- CRISPR and stuff, would something be able to reproduce or no?
joe: That’s a good question. No, you probably could… If you really wanted it, could you try to add back in the
genes that were taken out,
the reproductive genes, you might be able to.
Yeah. I… Right. I don’t know if you should, but
geo: I don’t think you should. I-
nick: They said that the dinosaurs wouldn’t reproduce.
joe: reproduce.
nick: because they used Reptil
joe: joking.
nick: DNA.
erin: I teach a class on the evolution of dinosaurs in the summer, and when we get to my genetics unit, we we talk about Jurassic Park, how that can’t happen and why it can’t happen, and we look at then a Paleocene park or Pleistocene park. Blah, sorry. So looking at mammoths and things. But the dinosaurs, we don’t know exactly how they reproduced.
We would [00:27:00] have to use their closest living relatives, birds, to figure it out or just, make assumptions, inferences
nick: What were your assumptions?
erin: the assumptions are that they court like birds do with displays to determine physical fitness. That might, be like you gotta dance for a long time. If you dance for a long time, you dance for the longest you obviously are physically fit more so than the person who had to tap out in five minutes.
nick: I would love to see a T-Rex dance like that
joe: T-Rex dance.
geo: T-Rex dance.
erin: the feathers or the skin color, the more vibrant
they are, the better they are at avoiding predators, or that is even an indicator of how well-fed they are, if they can get certain nutrients that would create those bright colors. So those are what birds do today
joe: Yeah. But I was gonna say to Nick, your point about, trying to modify and use CRISPR this way, I th- I think someone who was ahead of the game is Mister [00:28:00] Sinister because he- Yes … he had the Chimera program where he was trying to create these genetically… He was trying to force human evolution, and so he was– he created and used his wealth from Victorian era into modern times and tried to create, take superpowers from other mutants and then recombine them into-
geo: a Frankenstein?
joe: Exactly like a Fran- yeah, like a Frankenstein,
except- A genetic Frankenstein? A
genetic Frankenstein, right, that would do that, yeah. So ’cause Frankenstein was a Chimera at some level also because he, they, I think they used animal parts in there. I think it was, like, not– I don’t think it was 100% human.
I think they had the–
geo: I think
joe: Dr. Frankenstein had to get some bits, so it’d be Frankenstein’s monster. But yeah, Frank- Dr. Frankenstein. But yeah.
Frankenstein. Frankenstein. Maybe
geo: they were friends ’cause that sounds like we’re about the same time period. Do you think
joe: Y- you’re right, yeah. They
geo: may- [00:29:00] maybe they were, like, buds.
Like-
nick: What was it
erin: body does reject things even from your same species if they, you don’t have the same blood types.
joe: Yep, that’s right.
erin: so Frankenstein’s monster, like the, he would’ve had to figure out, okay, what blood type did this body have? What blood type did this body have?
don’t think they had discovered at that point yet
nick: on
that, like, if something
If
something is completely drained of blood, does it have a blood type still, or can you just start pumping whatever in there?
erin: your T cells, B cells,
I don’t know if they’d already begun then too, but you still have an immune response, and what you’re really looking at is the antigens on the outside of your cell. They’re like keyholes on a door, and you have your own antigens and w- and they recognize each other, and then if your antigens don’t unlock the door, then you’re not allowed in.
You’re not allowed in this body. They need to kick you out and destroy you. So your whole immune system kicks in, [00:30:00] and that’s when you get limb rejection or tissue rejection if you’ve had a skin graft. You can even have rejection of your own skin.
That’s a whole thing.
nick: Wait, what?
erin: but for…
nick: What was
that?
erin: If you… All right.
So if you have, something happens to your face, say a monkey bit you and you have missing face you might have a part of your thigh taken and then re-grafted onto your face so that you have that skin there. What can happen is your body either rejects it or it’s “Oh, that’s not supposed to be there.
I’m not taking that.”
Or it can absorb it completely, where it’s just “Oh, that, I’ll just take that back into the body,” and then suddenly you don’t have it there anymore either but you just wasted part of your leg up on your face. But it’s still it’s a gamble. You can do certain things to, to try and help your body accept it, but ultimately it’s up to your body whether
it’s going to
or not.
joe: Just, well, as you develop, early in development you develop self and so your cells [00:31:00] know self and so they won’t respond to you.
geo: this, And
joe: that that’s why like with cancer it’s so hard to treat because your body sees that as self even though it’s now you
geo: Fighting
against it … the cell
joe: is- Yeah
you It’s just, there’s a genetic mutation generally and that’s causing kind of a runaway cell proliferation and so you have this kind of issue, but your s- your body’s “Eh, this is us. We gotta live with it.” and that’s why it becomes– A lot of the work is to actually, use it against itself and say, “Well, if it’s growing so fast, can you put signals out that will tell your body I think this is wrong,’ and so go start to attack it and clean it up or to get rid of it?”
But yeah that’s why cancer is such a hard
geo: Disorder, disease. So when you grow the human heart in the pig-
joe: pig- Mm-hmm … how,
geo: what are the chances of that to be successfully transplanted? Ha- you know what I mean? Have they had really good success rate of that?
Or [00:32:00]
erin: guy they did, I don’t know,
joe: But I think that was a- I don’t
erin: follow through has been going though.
joe: follow very much … Was that a pig heart, though?
That, it wasn’t, it wasn’t, no one’s… Yeah.
erin: few
joe: Yeah. They haven’t I don’t know if they’ve grown a fully mature organ yet, human organ
in- But,
geo: that they’re just experimenting with and it ha- isn’t really a
joe: practice?
In, yeah, because in, just the rules, ethical considerations, they they, it’s embryo research in, especially in America, is pretty limited, so you can’t have, you can’t do a lot of embryo research, especially with human cells and human kind of work past a certain day in development. And so when it’s pretty ear- it’s like 28, 30, I forget.
It’s really early on in development. But you can see a lot. You can say, okay, you are starting, the cells
geo: then in other countries, are they doing that?
joe: Sh- I don’t, sure. Maybe. Maybe. Hopefully not. Yeah.
erin: did a quick
joe: Go for it.
erin: There have been two people who have gotten a pig heart transplant, but it is the actual pig [00:33:00] heart because they were not eligible for a human heart transplant. Don’t know why. There was one in 2022 and then one in 2023. The person in 2022 only lived for two months after this transplant. And it was linked to possibly a virus that was from the pig. And then the other person survived for six weeks after the transplant.
Yeah, even
nick: these are not
erin: died, Yeah
these not great. Definitely better to have a human heart
transplant. However, I guess they were working with what they could.
And it’s still good for science to be like, “Oh, cool. Well, now we know
what can go wrong and what can go right.” But, not great for
humans.
joe: I think there was, um- It
geo: that it worked for six weeks
joe: but you had, then um,
I think it was in China recently, they had the a liver, a pig, they used a pig liver temporarily. So this kind of a xenotransplant. So they used the liver temporarily instead of using external equipment, they connected a pig liver up until human liver became available I think, and then they transplanted,
geo: then they [00:34:00] transplanted that- And how did that, that
joe: I think That
went well. Yeah, I think that’s, that person was living and
nick: How long did it
last?
joe: did it
last? The-
geo: Or you mean how long was the temporary? Yeah.
joe: Yeah, I think it was, yeah, I don’t know, I
geo: Like weeks?
joe: or something like that. Yeah. It was it’s, it was in lieu of external equipment kind of filtering blood, right?
‘Cause your liver is fl- filtering your blood out, the capacity of your body. So this is instead of having, there’s external equipment and that’s been tested, but this is the first-
geo: a liver would be easier to do that than a heart?
joe: I don’t know if it’s easier, but yeah.
geo: maybe the function of a liver wouldn’t be as- Yeah.
Well, I know, I think there’s still- I don’t know. I’m just-
joe: I think there’s still this kind of issues with that, ’cause you’re putting the pig heart in. The idea of trying to do it with human, and particularly the person who needs the transplant to use their cells, is that, as Erin was explaining, all of these kind of cell factors and external kind of lock and key search and destroy things would be removed, because now this is you essentially.[00:35:00]
But that gets into this other part I was saying, that when you do it that way, you still have all pig… I think it’s still, I think the one study I saw, it’s one human cell per a hun- 100,000 pig cells, so it’s really like a low, is it really human or is it mostly… It’s not even mostly human, it’s mostly pig.
‘Cause a lot of the other superstructure that makes the organ, the veins, the arteries, they are all from pig. And so the epigenetics is all pig. So you have this kind of, yes, it’s human, it was seeded with human cells. It was, you’re trying to grow a human-like heart, but it’s not, so yeah, I think there’s, it, there’s a long way to go.
It’s not like this is… But this is where the field is headed especially when you talk about Chimeras, that’s,
nick: All right, hypothetical.
All right, so say that I want to
joe: Then I go.
nick: a liver in, just a r- a liver ready for me.
Right.
Would I be able to go ahead and be like, “Hey, here are my cells. Can you put this in a [00:36:00] pig and grow this for me?” would it would it-
geo: You look that
joe: there’s a number- I mean, yeah. Are you… Yeah.
nick: book Who do
I
call?
joe: island of Dr. Moreau? What are we doing here?
nick: a…
erin: somebody played around with this as a fictional concept with a children’s book called Scorpion House,
and I read it when I was in high school. But the concept is a young boy who had a lot of siblings, they guessed they were adopted. They live in this old man’s house. Suddenly, it’s every so often his siblings disappear, and then he figured out, “Oh, we’re all clones,
and we’re just… As this old man needs organs, he’s taking them
from us.” it was a really
interesting concept and like hypothetically probably because he’s genetically identical to the old man, his organs wouldn’t be rejected by that body. But of course, there’s always a chance that they could. It would be a very low likelihood of that
geo: Huh?
erin: I know that they are trying to grow organs [00:37:00] in labs. I don’t think that is
financially sustainable for… ‘Cause you do have to grow like a specific person’s organ if they
wanted to like have an organ bank for just themselves to make sure they could live longer. Because that also doesn’t guarantee a longer life anyway.
That’s just oh, you have one specific organ that fails. Luckily, you have six of these cloned and growing in this lab. And, but like you have other issues with growing old, like your telomeres can issue
joe: Yeah, and in growing organs in a lab is also, once again, they’re complex three-dimensional structures. And so how do you get that to grow without all the other information that’s feeding in? So as your body’s developing, like I said, there’s a bunch of other cells coming together, giving a bunch of kind of-
geo: And it all has to work right and work together and- If you’re
joe: a cell, you just got a pile of cells, those are … You go, “I want a heart.” So if you just take heart cells and you just try to grow a heart you won’t… You’ll just get a mass
geo: I have a hard time tr- [00:38:00] growing a turnip. Come on.
joe: need
all the other cells. Like I, I keep mentioning veins and arteries, like there’s a bunch of other connective tissue in there. There’s a, there’s a bunch of other cells that form the structure as we know as a heart. So I think that’s also, how do you make the scaffolding? How do you
Didn’t … So they’re trying to make 3D-printed with biomaterials that you can seed with different cell types that then they may talk to each other and send the right signal and form the organ. So forming a whole organ is difficult, so really it’s probably easier
geo: So hypothetically, no. …to
joe: the person.
So you would clone … It’d be little mini Nicks running around, and then you would just off them when you need them.
nick: Can I just keep them in like test tubes
joe: or something. When there was … And there’s a, there’s also a book, Never Let Me Go, by Kazuo
geo: Ishiguro.
joe: And so that’s the premise was similar, where the clones, they’re, they don’t realize that they’re clones of other people, but they actually have jobs, and they go out.
They’re like, and do things. And then they’re,[00:39:00]
geo: then
joe: they
nick: Is that what doppelgangers are? Am I a
clone?
joe: You’re really a clone,
nick: Oh, I knew it.
geo: But remember that children’s book about the- Old
joe: the- Old McDonald’s- Yeah
geo: Did you- Yeah … yeah, then he made like a dog boy, and
he
joe: are all chimeras. Yeah.
geo: Old
joe: Yeah, was it like Old McDonald’s Far- No,
geo: I don’t know. We probably have it over there … I
actually
joe: looking. I was seeing if I
geo: see if I
joe: my eyes on it
geo: a
joe: But
geo: long time ago.
joe: No, that was fun. It was-
geo: k- kinda creepy, but… Yeah.
nick: So I do think that going back to Spider-Man stuff, there are different iterations where More of the villains are chimeras.
joe: Yeah. We have, like Tarantula, Rhino, Scorpion.
geo: That’s just the thing
joe: And I, yeah-
nick: Some of them, they are more mechanical, where others- Yeah
Like Doc Ock?
They… Doc Ock is
joe: Doc Ock’s mechanical,
nick: he’s not-
geo: He’s not octopus
nick: Not at all, no.
joe: No octopus.
nick: Breaking here, Doc Ock is not an
joe: But that’s like s- the Scorpion though too, [00:40:00] because in some iterations he is a chimera.
It was a genetic kind of DNA, radiation, chemical mutagenesis, DNA. But then another iteration, I think like in the movies, he’s like mechanical. Yeah. Like he has a mechanical s- cute. It’s more technology-based. They wanted to get away from the handwavium of,
geo: Well, maybe they just wanted to… They thought, “This is fun to draw,”
joe: yeah. I guess, or- Yeah … you wanna explain it the science. You’re like, “Let’s get the
science
geo: think maybe they wanted to do the drawing first and then, “Okay, can we explain this?”
joe: Well, maybe that’s… Well, you also had, a lot of these comics, they were done, Spider-Man in the ’60s
erin: Mm-hmm.
joe: so you had fear of other communism,
geo: Fear of science maybe?
joe: You had, well, you had the, at that time, you’re right, the atomic age was in full swing. Mechanical DNA was just starting to be understood as this kind of hereditary kind of, kind of thing, manipulation of that. So you really did have this, and this was being [00:41:00] shown up in comics, as you have across…
We’re picking on Spider-Man a little bit because the Spider-Man series, getting ready for the movie that’s gonna be coming out soon. Yeah. But you do have, in other comics, you see similar he- villains and superheroes that are created the same way, and this kind of let’s mix together the best traits from all these things and create this superhuman or super- villain or to go up
against
geo: Spider-Man Now, Spider-Man’s in the same universe as the mutants.
Yes.
joe: Yes.
Yes. Mm-hmm. Yeah that’s why Mist- Mr. Sinister was,
um, he was trying to yeah. He was recruited by Apocalypse and then
nick: then
joe: to
erin: No, there was a a whole thing. I don’t think… It wasn’t Civil War. It was or it may have been a spinoff of that. I can’t remember. I didn’t read all the comics. They were doing mutants versus everyone else
essentially, but it was- Okay … yeah it wasn’t X-Men. X-Men were a big part of it, but it was across all Marvel Universe, and so, Spider-Man was technically a mutant. And so he was on that side, but he,
Had his [00:42:00] relationship with the Avengers, and it was a really interesting concept. And I was like, “Oh, how are they identifying mutants?” And they were like, “We’re, we identified the X gene.” And I went that’s not a thing.” you get mutations on tons of different genes. And,
Everything can be technically a mutation. I’ve got hazel eyes. That can be a mutation if you compare them to brown eyes or other eyes. So it’s a little iffy. Stan Lee did an interview where he, with was asked “How did you come up with these concepts?” And he came up with some of them, but sometimes, writers would be like, “Hey, Stan I think this would be really cool if this character, the way he got his powers, let’s just say he was bitten by a radioactive spider.”
And he’s “That sounds science-y. Let’s do
joe: Yeah. Yeah. Yeah. Well,
geo: the scorpion,
joe: obviously like the scorpion, like I said, it, it’s a natural predator of spiders, so we went, “A villain, let’s go with that.” A rhino, it was like, “Oh, they got their tough skin like armor,” which really is just their skin’s just really thick in, in [00:43:00] its composition.
But it was like, “Oh, how do… We can make a fusion, chimera with a person, and they can then have it, and this structural thing.” But it was, like, the science where it was at and what was known, there was a lot of hand-waving between that and the actual factual,
erin: But there
are, like, hidden little science-y
nuggets within science fiction. One of the coolest things that I’ve learned doing all these deep dives is electromagnetic pulses of the heart. We figured out… We didn’t figure out, but yeah we had to eventually, but it first appeared in science fiction as an idea of restarting hearts with electromagnetic pulses
joe: Yeah.
nick: Do you think that’s because someone tried it and then they were like, “Hey, word is that if you use electricity it’ll help you get in.”
erin: No idea.
but
geo: Which came first?
nick: Exactly. It’s
joe: Exactly. Yeah. No, them Frankenstein, that was all based on the, they were trying to [00:44:00] revive bodies on…
That was episode one of Rabbit Hole of Research. You can go back and listen to it, y’all.
nick: Wait, I don’t remember
this episode. Was I in
this
geo: You weren’t on that. Oh,
nick: don’t
geo: know.
That was before you.
nick: I don’t
joe: one’s the only episode without Nick, so.
geo: You probably didn’t even listen to episode one, did
you? No, you made me do
nick: Joe forced me.
Okay. Well,
it
geo: but
joe: talked.
It’s, it was a really interesting time where they were doing a lot of experimentation to revive bodies, and that understanding of electricity was there. And a lot of people think that Mary Shelley had… She was friends with all these kind of… Because it was all this kind of elite kind of thing to do.
You would have a dead corpse in your
geo: parlor- It’s a theater
joe: then you would try to revive them with electric shocks and they would move. Laws were created, like what happens if… ‘Cause a lot of times the bodies they had were criminals that had been hung or… And they said, “Well, if they…” And so they made laws like, well, if the body gets re- revived, then they would get hung again.
Like we would we went, it was like, Yeah, and it was
geo: stink? Oh my
God. [00:45:00]
joe: God.
yeah.
erin: thing to do for the elite.
joe: That’s right, yeah.
Not too
nick: Not too
far off from how we are now.
joe: “Come on over. You’re gonna watch us revive this corpse.” And so yeah, there was like these kind of scientists and even was like, different people who, became…
geo: They
joe: stopped doing it and they were like, “This is kinda dumb, but hey this electricity thing is really cool. Let me
experiment with that.”
geo: are some other things we could do?
joe: But yeah, Mary Shelley would go to these events, and a lot of people think that she might have, that’s where the inspiration for Frankenstein came from,
nick: That would make sense,
yeah. So,
joe: Yep. Mm-hmm. Yeah. But yeah,
just kind
geo: can’t quite get over how a monkey bit your face.
nick: I like to just stick my face near I know. What are you doing?
I was trying to get the rage
erin: I was using a real example
geo: Oh my gosh Yeah. was trying to find the rage virus. What can I say?
joe: Oh, no, the rage
virus.
erin: Monkeys are just full of rage regardless. Terrible pets
joe: Yeah. So.
nick: What other villains you got for us, Joe?
joe: Got The Lizard. We [00:46:00] just watched the 1981 Spider-Man animated cartoon about The Lizard and
geo: And he let out the other reptiles from the zoo
joe: had a, he built a weather machine The Lizard, and he was gonna turn New York into a swamp, and he released all the reptiles.
Oh,
nick: this
geo: But it got resolved pretty quickly.
joe: quickly. It did,
erin: He was my favorite super villain. I was like, “Oh, I would love everyone to be lizards.”
joe: I know.
erin: I stand,
with you
nick: So is that where the plot for The Amazing Spider-Man came from then?
joe: Maybe
nick: ‘Cause didn’t he try to do to go up in the air to make everyone lizards?
joe: every- Well, then yeah, I think he’s done a few things. Yeah, and I think that was his idea.
geo: that devious guy.
But he was the,
joe: the, he was one of Spider-Man’s earliest reoccurring villains, was the Lizard.
He was a surgeon, lost his arm in combat. He was distraught. He wanted to grow limbs, and so they picked, reptiles, which actually reptiles don’t really regenerate their limbs. And so
erin: can still read through it
joe: that was [00:47:00] …that’s that’s why it was one of the science things where they thought, ’cause they will regenerate their tails, but they don’t regenerate limbs
nick: Don’t some of them?
joe: Don’t they? Salamanders do. Oh, okay. So that kind of … Right, yeah. Lizards and salamanders are, they look similar, but they are- So- …
erin: and their limbs can
completely regenerate, and it looks exactly the
joe: Yep.
geo: So it should’ve really been-
joe: It should’ve been- Salamander … Salamander. That’s right. Which I think there is a villain called The Salamander.
nick: like there is. There might be like a D-list villain somewhere named the
Salamander.
erin: yeah, I think that was an X-Files.
joe: Oh, what’s
geo: oh.
nick: You are correct. That was, like, early on in the
joe: the X Files.
erin: My husband has maybe watched
X-Files all the way through twice at this point
geo: Oh, my
nick: Only twice?
geo: And now we’re gonna maybe
erin: preparing for a third
geo: we might get a new X-Files, right?
joe: new
Ryan Coogler’s got the new X Files coming
geo: I’m excited about that.
joe: The other thing with the … Oh, go ahead, Erin
erin: Sorry, go ahead. You were explaining something and we were all interrupting,
and
joe: no, you’re
fine.
No,
erin: stem cells.
joe: this is what [00:48:00] happens. No, I was gonna s- I was gonna say the lizard, the other thing is that he had he can control the other lizards.
geo: Right. He was
sending out
signals- He was
joe: then- Right … Spider-Man did something with the power plant to
disrupt
geo: the radio, the radio- Like a
joe: or
something, and he was like, “Oh, I can’t control
geo: was like, “Oh, I can’t control them.”
erin: what would make more sense is if it was like a pheromone
thing
joe: Yes, that would, yes.
geo: no, that’s
joe: but no, that’s,
geo: tongue-ing
nick: Was he tongue-ing the air the entire time?
joe: No, he wasn’t. No. What? No. What am I, Hannibal Lecter over there? With some
nick: don’t lizards talk with their tongues?
geo: I don’t think he did that once. No? Yeah.
I
nick: believe it as a lizard
then. No.
joe: but that would be a snake. A reptile, but- Aren’t
nick: snakes reptiles?
They
joe: are.
yeah. Right. But not a lizard.
nick: Reptiles.
geo: Okay, well. He’d be a
nick: Okay.
What is a lizard other than a snake without arms?
erin: That’s true.
I would know it the other way around.
But
nick: Flip it, reverse it,
joe: it.
reverse
erin: they’re both squamates. They’re very closely related, and snakes do have [00:49:00] vestigial hip bones
geo: Boom.
nick: Thank you.
geo: That’s
exactly what
joe: Yeah, that’s what
nick: that’s, I said that verbatim.
joe: know. Do
geo: to
erin: Oh but going back to the lizard
as a villain, if he wanted to regrow his limbs, he should have been looking at stem cells, and I think he was just looking at genetics and not, the very basic cells. And salamanders can regenerate limbs because their stem cells are still active. Humans, our stem cells deactivate.
They’re still there, but they’re not turned on.
So current research to try and regrow limbs is like, how do we turn on these stem cells? How do salamanders keep theirs turned on? There are instances of very young children, like couple days
joe: Yeah, fingertips. Yeah.
Yeah.
geo: Oh.
erin: their stem cells are still on.
joe: Yeah, they can.
nick: how long does it take to regrow that?
Does
it like-
erin: her fingertips were small,
joe: Not gonna be a fingertip anymore.
geo: kid. We’re talking like an infant, I guess.
nick: Still, like [00:50:00] a fingertip’s a fingertip.
joe: Yeah.
A lot of the, and I was gonna say a lot of that research is in the ox- oxalots. Ox- axolotls. There it is.
geo: it is. Come on, Joe. Yeah. That’s, that’s- I
joe: Hey,
you know
nick: gonna let you flounder with that one. I know how to say
joe: gonna go. Well, say it
then. Jump in
geo: you have a young child and all children- Yeah.
joe: But that’s one of the model organisms for limb regeneration, and at this idea that Erin was just saying about that turned on. So they do have pathways. There’s different genes they know that come on.
Yeah.
geo: And- Aren’t they cool?
joe: and to that point, humans have all those genes and responses, but they just don’t…
They ignore that. So if you lose a limb, it’s like, “Eh, I’m just gonna make scar tissue instead of regenerate the limb.” So it there’s pathways there, and it just says, your body goes, “Nah, you know what? You had a hand. You got it chopped off, so live with the consequences.”
nick: That’s really weird that we have the ability to, but we, our body just stops. Like-
joe: Yeah. And it could [00:51:00] be it could be some evolutionary bits in that,
nick: It would make sense to keep it going then.
Like-
joe: if you had it, if
geo: you- If it was happening a lot, I guess
joe: you… Right. If something, if you lose a limb and you have to keep going how long can you stop and actually heal?
So is it better just to form a scar, peel up, patch up, and then move on? Or are you gonna really attempt to try to reform a digit or a hand or a limb that, won’t work properly or
geo: And how many Big
joe: long will it take to… Right. So how long will it
take
erin: it takes a lot of energy too, and we already divert a ton of energy into keeping us warm and to our brains
joe: So that could be, that could be part of it, that it’s more like the healing process. Let’s just go ahead, cells, get this over with as quickly as possible so that this person can keep moving, can procreate and keep their genetic lineage strong [00:52:00] in moving forward.
nick: Wolverine could do it,
joe: If Wolverine
could do … Yes, Wolverine is our,
nick: Which we’ve already done the episode with him and- Wolverine
joe: do, and Deadpool. Yep.
nick: Yeah. So I feel like that’s something that w- would be cool to see come back, like if science was looking more into the stem cells to be like, “Oh, yeah.”
joe: are. No, I people are studying that. There’s a lot of
nick: I would be willing to cut off a hand to try
joe: like in, like lamprey. So lamprey is this little eel, and so I know people that work on that.
But it’s an invertebrate. It has a, notocord that is like a primitive spinal cord, and it can be s- it can be severed, and then it will fall to the bottom of the ocean and get covered with sand. And then sometime later it will regrow its– It would make another functional spinal cord or notochord is the term for it.
It, and then it will live on, but it needs time to just stay inactive. All it’s doing is just laying there and then healing itself and [00:53:00] regenerating. So
nick: it doing for the energy, though?
joe: It’s n- it’s
geo: it’s just standing still
joe: to go
nick: and
eat as much as it can before dropping down or?
joe: You don’t- It can … you can’t predict when
you…
erin: a different organism. They don’t have endothermy. The, so we are endothermic. We create our heat from the inside so endo, inside, therm, heat. And they are not. They are ectotherms. They get their heat from the outside, ecto, outside. So they’re not eating as much as we are ’cause they don’t need to generate all this heat.
You spend… You eat three meals a day partly because you are a an endothermic animal
joe: Yeah.
geo: You really are.
joe: Thanks.
nick: Thanks? I… Is th- is this an insult, Georgia?
geo: I don’t know.
joe: just a human in you.
geo: good. Oh. But yeah.
nick: Oh.
joe: But yeah, so that’s, there, like I said, people are working on it, and I think it’s since we know how it works in here, can we figure out, and we have all the bits, can we just figure out how to turn it on?
How can we switch all the levers on to get this to work
nick: Can CRISPR help? Do…[00:54:00]
joe: This isn’t, I mean-
nick: Hypothetically, going into the embryo and then being like, “All right, just keep this one turned on.”
joe: I think it’s, right. So I think what CRISPR-
nick: Or would that
like- How
joe: is to add, I think, is, so is to add in functionality.
And what I’m saying is that you have the functionality but it’s not turned on.
nick: Yeah, but if you have to add something in to keep that functionality on.
joe: But it might not be at
the ch-
erin: code, so
joe: Yeah. It might not be
at the,
erin: about it, but
you could possibly splice in an on code
joe: You could, but it might not be at the genetic level. So it could be at this epigenetic level where now you’re having something external click off, which CRISPR it in, so then could you modify that but not screw up all the other developmental stuff, right?
‘Cause now we’re talking about developmental pathways so that f- ’cause at some point in time early on, all this stuff is on ’cause you need to develop, and then it all turns off when you’re done, your body plan is formed, and now you’re just filling [00:55:00] out. Let’s say filling out. And then something happens, an accident, and then now you gotta regenerate.
Now all those signals, now you’re telling it, so it’s a very particular case that you need these signals to come on to now reform a digit, to recreate the body plan. So go, “Okay,
nick: this
joe: what the body plan’s let’s get these certain particular instructions out and build it.” So that’s kinda where you’re at.
So could you have CRISPR come in, get signals to say you’ve lost a digit and now turn on all this pathway? Maybe, or is there another easier way? Just go, what’s the, what is really, what’s the, what is that on/off, and can you control it via drugs or chemically? Can you just dip your hand into some solution and then that will activate the cells and tell them, “Hey, you should be in this state, not this state”?
I don’t know. And right, it’s not my area of research, but yeah. So I’m not gonna s- CRISPR, it could be a way, but then what’s t- I guess you gotta… What’s the mechanism of on/off in that? I don’t know that answer, [00:56:00] so
nick: Willpower
joe: Yes.
nick: Yeah. Yeah,
I’m
joe: Yeah, I’ll use my lizard telepathy to
turn
nick: just will it
joe: That doesn’t work. People always go to reptiles, like anything. Jurassic Park, reptiles. Spider-Man, reptiles. I think they’re just cool. Reptiles
erin: They are
joe: are neat. Yeah, so-
nick: Yeah, they’re crazy
looking. Look at
joe: and,
nick: with their little tongues going…
joe: We need some chianti and fava beans over here.
What’s happening? Yeah
nick: like
seeing snake’s tongues go, “Kill you.”
joe: But yeah, a lot of these organisms too are really cool. Like you, like scorpion venom, it’s like compounds. They’re, have properties, maybe anti-cancer, antibacterial, antifungal, antiviral. When I was diving in, it was like, oh, you read about the scorpion and
it can do.
geo: it can also kill you, right?
joe: There are. I think it’s very few. I think it’s I think it’s a hundredth of the species. It’s not that many. So there’s thousands of species, and I think it’s just in the [00:57:00] 20 20 or 30 of
them that can actually kill you,
geo: the most
spiders.
joe: Most bite, right. There’s so many that they’re not all venomous to you,
geo: Oh,
nick: Oh, I definitely didn’t know that not all scorpions were venomous.
joe: that not all scorpions were venomous. No, I th- Well, they all have, they have venom, but are they dangerous? Will they kill you? Or are they lethal? I think that’s the question, right, so.
Right. Yeah.
geo: They could be lethal to if a dog gets bit
joe: a- Stung, yep
geo: or stung versus a human. That’s right. You know what I mean?
joe: really different and things like that, so,
erin: I was not aware of how widespread scorpions were in the
United States. I look for reptiles and amphibians wherever I go, and I was outside of Portland two years ago, and I flipped a rock, and under there was a scorpion, and I was like, “H- hold on. This is in Portland.” And I was talking to the people there.
We had no idea we had scorpions, and I looked on iNaturalist, and it was the second most northerly record of a western forest scorpion, and apparently they’re … That’s when they’re out anyway. So I [00:58:00] talked to an entomologist, and they’re like, “One, it’s an arachnid. No, you don’t talk to me.” And I was like, “I’m so sorry. I am a fool.” I said, “Talk to somebody else.” And they were like, “Yeah, we don’t care.” That’s when they’re coming out to roam around anyway
joe: Yeah
nick: was not aware that they were not just in the Southern Hemisphere
joe: I think they’re, like, in every-
nick: Or
geo: They were
joe: say they’re, like, in every, on every continent except
geo: they were very prevalent in Arizona.
nick: They were
geo: Yeah. Arizona,
nick: prevalent in
geo: Like you had to check your, you have to check your shoes.
nick: desert areas That’s why you had to check your, you have
joe: You can. And so that’s a fun thing that the scorpions will they have, they will fluoresce their their exoskeleton will fluoresce under UV, under moonlight. It’s really interesting that they have this fluorescing compound,
nick: Now, I don’t think Spider-Man has tried this
erin: Yes, that would be the way to look for scorpions.
nick: it’s
very easy
joe: easy.
And
nick: prevent
[00:59:00] any
joe: Who’s here?”
geo: go to the nightclub and
s- like
nick: You just see him glowing. I
joe: I just think a man-sized creature with a long, oversized… A misproportion. I think that’s the other thing. The scorpion in the comics, his tail is much larger than per body area to a scorpion.
I think it’s, I think
it’s-
geo: You think it’d be hard to hide?
joe: I think barely hard to hide yes. I don’t know. Thinking doesn’t he wear a trench coat and is kinda be walking around? That’s what I think. Yeah. He’s
nick: See? And that’s when you need it- Walks outside … that’s when you need to know.
geo: don’t trust those Is
joe: drastically- It’s at They Live. He got glasses. He’s “Put on these glasses, you’ll see the scorpion.”
geo: No.
joe: Yeah, cool. That’s Chimeras. We
can do it
erin: It was incredible how Doc Ock also wears a trench coat and his back lies flat
joe: Oh, right. Yeah
nick: A lot of people like trench coats
geo: They’re convenient. I
nick: don’t
trust
anyone in a trench coat They’re
joe: A trench coat
geo: Benny Hill. I
nick: I don’t trust them Columbo, didn’t he
joe: wear a
geo: yeah, Columbo did. But I trust
joe: Columbo. [01:00:00] yeah
nick: It’s either a super villain or a flasher, and I don’t wanna see either of
geo: of them. Or Columbo.
Or Columbo.
joe: Or Columbo
erin: Could be both.
nick: Still stands
erin: be, or s- flashers are not considered supervillains
nick: I wouldn’t consider super
villains
geo: might be just a side gig.
nick: Yeah.
joe: know if they’re-
geo: Yeah.
joe: I don’t know if they’re be villains.
nick: be villains Perverts, not villains Yeah,
joe: perverts. You could just have a trench coat on with nothing on underneath.
geo: always have a trench coat on
nick: up-
Are, are you… Hold up, Hold up.
Please
geo: it up, could be. Hold up. Please, oh. Is this
joe: got to
nick: Joe, is this something you’ve tried, like you
joe: No, I didn’t say once again, I didn’t say I tried it. I’m just saying that why do you… All right.
geo: Why are you… ‘Cause the
erin: You can wear it without opening it,
joe: Right.
erin: No one’s judging you, Joe
joe: You can go
geo: you’re not a flasher unless you flash, right? If you keep the trench coat closed and nobody knows you’re
joe: I, I was just saying- that- … flash … you don’t, you [01:01:00] not, you’re not suddenly a villain.
geo: a villain.
nick: Does Joe… Do you have your own special trench coat? Like I don’t
joe: a villain. I don’t own a trench coat. That’s honestly true,
nick: can confirm or deny
this.
geo: As I know.
joe: own one, no.
nick: I
joe: I always
think of Invasion of the Body Snatchers. I wonder if they were, I wonder if they were chimeras.
’cause they became the alien, like the, thing, I think they are they chimeras? They take over. Well, they take over every cell, so they no longer are chimeras.
geo: So you’re now both.
joe: with
the Invasion of the Body Snatchers, you get infected
geo: But I think they’re similar to The Thing, where they take over that.
Well- But then, no, you’re right- Yeah … ’cause they keep, they stay a human.
joe: stay human. They just infect you. So are you now a, the pod person? But that’s because they’ve infected, and that’s one of
geo: And is there any way back? Is there any way back?
joe: A lot of research, I looked, when I was looking this up, they really, there’s a lot of there’s a lot of rules and some of that they won’t like neuro chimeras. So with the pig hearts or [01:02:00] pancreas or other organs, they are fine. There’s… But when you start saying, “Oh, we’re gonna make chimeric…”
Chimeric that sounds like a s- a spice or something.
nick: I was thinking limerick when you said
joe: With with neuronal tissue, brains, then that’s kinda where the big line is at “Don’t cross this line.” And a lot of that’s because of consciousness and things like
that. So if you make a pig human brain and then it’s is it human?
Does it have human
geo: or
joe: or emotions?
nick: interesting. And then- And then you put it in a human body. Will it start
joe: talking? Oh, my gosh. Or will
nick: Oh, I love this idea
erin: That gets into an interesting h- where are your memories stored? And if
Take some of that but then you replace it, will you remember being a pig
joe: Right.
nick: Or will you just start reverting back to your pig-like self? But,
joe: like we s- like I said earlier, that you, the pig to human ratio in these chimeras are, is small, so you don’t have a lot of human cells there. So what cells are important? And I think there was a [01:03:00] episode I saw, Flowers for Rhino. It was the Flowers for Algerron
nick: Alderaan,
joe: the Daniel Keyes story about the mouse who was given super intelligence and then it, and then they gave it to a person who was had learning disabilities and then he became super smart and then they realized that the…
I’m st- I don’t want to spoil it. Maybe people- It, this is a pretty old story,
erin: It’s a very old book, but it’s so good
nick: I don’t think I am aware of this.
geo: it is really good.
Is it Flowers
nick: I don’t think
joe: yeah. You
should. and
there’s
erin: you want a good cry, a
geo: And there’s a good … And the movie
joe: And the movie, like
geo: movie, a
nick: could get me to cry.
Hold up. It’s
geo: So, so-
joe: so-
nick: real easy
erin: the short story version that was in
geo: it’s really good.
joe: the novel? They lengthened it and
then they made
the movie. Yeah, Yeah, it was pretty good. Yeah.
erin: like a 40-page short
joe: movie. Yeah, that’s right. Yeah, it’s like a novella. Yep. Yeah. Yeah. And then the movie was good-
geo: movie I thought was
joe: based on a novel, so they extended it. The more about the relationship, so they they, yeah, they just stretched it out a little bit so you really felt [01:04:00] bad at the end. But yes, it was really good, but they, the, there was a comic run Flowers for Rhino, and that was his whole thing.
So I think part of his thing was to get super smart. That was his- Yeah … that was the goal. Like it’s always like some goal, I guess like you want to do this thing. Is there revenge or some Faustian bargain you’re gonna get super smart or, live forever, so.
nick: always a bargain- … unless you’re a supervil- or a super scientist and you’re like, “Mah, I need to control the world.”
joe: Oh,
nick: Is that you, Joe?
No, that’s I
think I did a spot on Joe impur- impersonation.
joe: coat. I think you got a trench coat.
nick: I
don’t.
geo: A, a science coat’s a little bit like a trench coat. Oh.
nick: indeed.
joe: Yeah. They are indeed. It’s the
scientist’s
geo: probably frown upon flashing.
nick: Are you allowed to go without clothes underneath those coats?
joe: there’s like the safety videos. You’re not supposed to… Yeah, you gotta wear pants and socks and closed-toed shoes. It’s a whole thing.
geo: That makes sense. We’ll
nick: that in lab safety.
joe: That’s right. We, [01:05:00] that, that episode.
erin: at a, I worked at a lab in New Orleans and it was so hot
outside, but then when we got inside it was so cold, and we
only wore the lab coats if there were people we didn’t want to give us money were
around. So we had a separate drawer for every person, and it was just full of cardigans and sweaters and closed-toed shoes
geo: That’s
joe: same thing in, in– I went to grad school in Arizona State University, so it was pretty warm, so we wore shorts and yeah, T-shirts. Yeah. So- But yeah,
nick: question for everyone. If you can splice your DNA with one animal, what would it be?
geo: Ooh.
nick: Joe, you wanna start us off?
joe: I don’t wanna start off.
You you’ve been thinking about this for a while. No. What? No. You in your trench coat.
geo: coat.
nick: I think I’d go axolotl.
joe: You’d go axolotl. Yeah.
geo: And did
nick: I want
the an axolotl … and did you think of that before, or just since this conversation?
Oh, it’s been a long running.
geo: Oh, so you’ve been thinking about that for a long What are you
joe: gonna do as an axolotl? I mean-
nick: gonna become a superhero [01:06:00] and possibly what? I can lose limbs, Joe, and regenerate
joe: but that’s… That’s just a part of it, right? I don’t… What else?
nick: I’ll deal with everything else later.
joe: I don’t know.
nick: That’s the only part I want of it.
joe: Okay. Oh, boy.
nick: I can reg- I- Regeneration, come on.
joe: Aaron, what do you got? Anything?
erin: I don’t know. I was gonna go salamander, and then I was like hold on a second. Let’s think a little harder.” I, don’t know. I, if I was like a full other animal, I would choose bald eagle because then anyone who shot me would be, persecuted and I would owe the avenge.
I’d be
joe: are you
under th- safe bird. it right. Are you in the threat
nick: of being
joe: yeah. What are you, what are you doing? Like you’re a secret agent in your trench coat? That’s a…
erin: But I
nick: a… Another person I don’t trust in a tr- trench
geo: Are you also in a, do you lose a lot of
nick: I will.
joe: know, yeah.
Well, Reese from Terminator. Oh, Mantis. Oh, yeah.
erin: Mantis
joe: Mantis shrimp. Oh. Yeah.
nick: Oh,
wait. Is that not the one that does the snapping that, like-
joe: [01:07:00] Yeah.
erin: That could be my power.
I wanted it
for the vision. I wanted to see.
all these different
joe: see.
nick: yeah. I thought you were like, “I wanna snap at people and make them hurt.”
geo: Interesting. I think
maybe-
erin: be like really psychedelic life.
We’ll see what’s going on
geo: I think maybe a cat.
joe: a cat. Cat.
nick: So you could just lay in the sun all day? You can do that now
joe: I know. Yeah, no.
nick: Just go outside,
Georgia
joe: the
cat?
geo: are cool.
joe: Cats are cool. Not a dog?
geo: I was actually thinking a pig because I th- I really like pigs. Yeah. And they, yeah. A
joe: Yeah. A lot
of-
geo: And we talked a lot
joe: you can go. Yeah, we did talk a lot about pigs, yeah.
geo: yeah. All right. Choke him.
nick: Got it.
geo: got it
joe: got it there. Okay.
joe: I don’t know. That’s a weird question.
geo: All
nick: my questions are
weird.
joe: about the trench
geo: if you needed to fight Spider-Man, what- If
joe: If I had to fight Spider-Man. Fighting Spider-Man. I know. Why am I now a
nick: Lady Pig? Well, because
geo: m- most of these
joe: the villain?
the villains in Spider-Man-
geo: are the villains of Spider-Man, so maybe you could think of it
joe: way. That’s true, yeah. But I, like we talked about, a lot of these mutations don’t [01:08:00] work the way, they don’t work the way we want them to work, so. I don’t know. What am I getting from all this? Maybe I’ll be Octopus and I’ll be like the real Doc Ock.
nick: Ock.
joe: I can
geo: I
nick: I could see that.
joe: I can have more arms maybe. Yeah. You go and you’re like, doing stuff. And I can squish myself into little spaces.
nick: You can
geo: probably- Even camouflage.
joe: Camouflage, that’s right. Got the skin. I
geo: probably have to get a custom-made trench
coat.
joe: But I, you know what?
I’ma go, okay, I’ma go with a plant. I would like to photo- do photosynthesis. I think that’d be cool.
nick: Interesting.
erin: adaptation
joe: Just go, yeah.
nick: So then eating you would become, be vegetarian.
joe: Well, you can’t eat me. I’m part human still.
I’m just, yeah, right. It’s…
erin: and you eat, aren’t you a cannibal?
joe: Am I a plant? Yeah, right. Maybe I can eat plants.
Maybe I can eat you then.
nick: then.
erin: But also you have photosynthesis. You can make your own
joe: That’s right, yeah. You know what? I’m set. I don’t have to eat anything. I
geo: No Big Macs. I
joe: just go. I can have a Big Mac if I [01:09:00] want a Big Mac, with my lettuce. Eating my people.
nick: Eating my
geo: people.
nick: people.
geo: Hold the lettuce.
joe: lettuce. Yeah.
nick: lettuce. Yeah.
joe: Just, mayonnaise. Give me that.
nick: that.
geo: All right, well- Well,
nick: thank you so much for being here with us. Do you have anything to plug?
joe: Or add to the conversation if you’ve… Some research bit that we didn’t get to, you wanna just mention it right now really fast, but yeah
erin: I think we got to everything except for xenografts.
That
joe: are xenographs. Xenographs.
All
erin: to, go. It’s grafting animal parts from one species into another.
joe: yeah.
Yeah,
erin: but I don’t have any plugs for any future events doing some, like maybe some trivia with a science association, but I haven’t fully gotten that sorted out. I’m gonna be at Mars Con next year
joe: Nice. Yeah. I’ll hopefully be there. And I was gonna say with that that, isn’t that if you put pig heart into humans, wouldn’t that cla- wouldn’t that be grafting an animal organ into
erin: you’re right. [01:10:00] You’re right. We d- I just didn’t
get to
nick: so. It’s a
erin: I learned
joe: word,
geo: is a, it’s such a
cool
word. You
joe: say
the fancy word.
That could become the word of the season, like
geo: know. It’s pretty cool. Yeah.
nick: Georgia didn’t actually say it this se- this episode.
geo: Joe did.
nick: Just ’cause he was bringing it up, well, thanks
joe: for joining us. It was a lot of fun and talking about cimeras and Spider-Man and then all that, but you got me, Joe.
We revisit why you shouldn’t lick rocks, dangers of self-experimenting, dark proteins, de-aging cells, and sadly a 1,000-year-old Peru geoglyph destroyed
Joe, Nick, and Georgia are back in the Basement Studio — well, sort of. Georgia is remoting in from the American Library Association conference in Chicago, and Nick is in his office. Joe is holding down the Basement Studio solo. The band is together in spirit.
Past guest Lorena checks in with some unfortunate news from Peru, and in Science Holes, Joe brings three stories. A NYTimes story about self experimentation, rewriting what we thought we knew about the human genome, and can we turn back the clock on aging cells.
The crew closes out with what they have been watching, reading, and playing, a few upcoming announcements, and Season 4 is officially happening (was there any doubt).
Stay curious. But don’t lick rocks or sand (come on Nick!)
Episode 74 – Spider-Man Villains Part 2: Scorpion and the Other ChimerasGuest: Erin C. AnthonyThe crew explores the science of chimeras, genetic splicing, and what it would actually take to create Spider-Man’s most dangerous foes.
Episode 76 – Spider-Man Villains Part 3: What His Villains Reveal About HimGuest: Comic YouTuber, Alex Hanes (@Hanes4Heroes)The conclusion of the Spider-Man trilogy takes a step back to ask what the science of his villains tells us about Spider-Man himself.
Episode 78 – Briar East Woods – Urban DeforestationGuest: Anne Sedlacek
Episode 80: Magic: the Power and Cost of Magic SystemsGuest: B.L.Mostyn
A New York Times article about people self-experimenting with unapproved synthetic compounds in hopes of breaking addiction. The story follows a woman known as Becks, a former biology major and chemistry hobbyist addicted to opioids, who discovered SR-17018 through Reddit after users flagged a 2019 study showing the compound helped addicted mice reduce dependence. With no approved human trials, no safety data, and no medical oversight, Becks ordered it online and kept a detailed diary of her experience.
Scientists have long assumed that large stretches of the human genome are essentially junk, non-coding regions that don’t appear to do anything meaningful. A new effort is challenging that assumption, officially naming thousands of previously ignored short proteins encoded by these regions “peptideins” and adding them to major gene and protein databases for the first time.
The first human participant has been treated in a gene therapy trial aimed at coaxing aged cells to behave like younger ones. The company Life Biosciences in Boston is targeting a form of glaucoma, activating three reprogramming genes in retinal cells using a virus delivery system — with a built-in safety switch that turns the genes off if the patient stops taking a specific antibiotic. The bigger question of whether de-aged cells can truly enhance longevity remains wide open, and the crew is already eyeing it as a future episode topic.
Science Terms
SR-17018 — An unapproved synthetic opioid receptor compound being self-administered by people attempting to treat addiction, sourced from Chinese labs and sold online with no regulatory oversight or human safety data.
Peptideins — The name for thousands of short proteins encoded by previously ignored regions of the human genome.
Junk DNA — An informal term for regions of the genome that don’t appear to code for known proteins.
Retinal Ganglion Cells — The neurons that make up the optic nerve, targeted in the de-aging trial as a potential treatment for glaucoma. Unlike most neurons, they are not normally capable of regeneration.
DNA structure — DNA is shaped like a twisted ladder (a double helix), made of two strands of nucleotides that wind around each other and pair up to hold the genetic code
Nucleotides (A, T, G, C) — the four chemical “letters” of DNA: adenine (A), thymine (T), guanine (G), and cytosine (C). A always pairs with T, and G always pairs with C, forming the rungs of the DNA ladder. The order of these letters provides the instructions for building proteins
DNA sequencing — the process of reading the order of A, T, G, and C letters in a piece of DNA, allowing scientists to compare genetic codes, identify mutations, and trace ancestry
What the Crew is Digging:
TV
Widow’s Bay (Apple TV+)— Joe and Georgia finished the series, and Nick has two more episodes.
Spider-Man Noir (Amazon)— The crew finished the series.
Afterparty (Apple TV+) — Nick just started the second season.
Books
Wrong Place, Wrong Time by Gillian McAllister
The Pools by E. Lockhart (advance copy)
Video Games
Resident Evil: Requiem — Nick finished it. No spoilers, so reach out to Nick if you have questions.
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Transcript
joe: [00:00:00] Hey, welcome back to The Rabbit Hole of Research down here in the basement studio I am feeling quite lonely here in a basement studio. It’s just me, Joe, down here
Nick: Oh, well, hey Joe, it’s you got Nick,
joe: got Nick
Nick: I’m all alone in my office too, if that makes you feel any better.
georgia: Hi. I’m here too.
Nick: Who’s that?
georgia: Do you know who I am?
joe: You know, we got Georgia.
Nick: Doesn’t introduce herself.
joe: introduced I know. Yeah. It’s like she’s off
at the ALA
conference
georgia: I need no introduction. No, I’m kidding.
joe: Yeah. All right, Tera
Nick: in, thank you.
joe: I know. That was like Tera, right? She did the same thing. Like, “Oh, you guys know who I am.”
Nick: And they didn’t tell you
joe: but yeah, Georgia, you’re at the ALA. You wanna talk a little bit about that, what you’re doing there?
georgia: Yeah the American Library Association at conference here [00:01:00] in Chicago. So not too far away, but because I have a nice friend that let me stay at, and they live within, like, a 10-minute walk of the conference center, so that’s been nice.
joe: Mm-hmm. Cool
georgia: so I’m missing the basement studio
joe: Missing the basement studio but we’re here.
georgia: Oh, I was gonna say, it’s been really cool. Like, it’s just been this amazing experience. And I was, just before we started recording, like I said, it’s kinda cool that one of our guests was one of the authors at the ALA conference, so. Grace one of our, one of our soon to come guests
joe: right.
Yep. Part of our… Will be part of our horror series in I think it’s before October. So be in there.
We got a few fun episodes, so yeah. Yeah. No, Grace was a good guest, so [00:02:00] excellent. All right, so yeah, last week we talked about lab safety and our kickoff to the Spider-Man villain series, so part one.
It was a fun episode. We learned all about how to be safe in a laboratory and not to lick rocks, so.
georgia: or how not to be safe
Nick: No, it’s how to lick rocks.
joe: Yes. Licking rocks You don’t.
Nick: tell them to
joe: a golem. You don’t lick the rocks. But yeah, it was a
georgia: gotta be a little risky, you know, sometimes
joe: It was a fun episode. We will be two more one on chimeras and one about Spider-Man himself and how the villains have influenced him. So yeah, it should be neat. But yeah. Any thoughts on that episode?
Nick: I can’t wait. I loved it. It was a lot of fun, and Tera’s always a fun guest to come back to. Yeah. What about you, Georgia?
georgia: No I really, I enjoyed it. But I do [00:03:00] have to be honest, I’ve been at this conference and stuff, I haven’t been checking on any of the comments or anything.
joe: Yep
Nick: Can’t believe you.
georgia: I know.
Nick: Alex says yay me for licking rocks.
georgia: He encouraging you to lick rocks?
Nick: Yeah. ‘Cause rocks are cool looking. And if you lick the sand, it’s like licking, like, hundreds of rocks at the same time.
joe: Oh, boy. Let’s not, like… No,
let’s
georgia: That sounds horrible.
joe: That sounds boring. Yeah. Yeah, it does. That sounds like a
georgia: You were at
joe: a fun time
georgia: you were at the beach today.
Did you lick the sand there? I
Nick: was. Always. It just gets in your mouth sometimes- Well- … and you’re just like,
georgia: Yeah.
joe: All right. All right. That’s enough licking stuff. Don’t do
it.
Nick: Stop licking.
joe: Did get something from a past guest. It wasn’t the lab safety, it was from the Nazca Lines Lorena. She sent me an article about the Peru [00:04:00] geoglyphs and how there was a total destruction of the triple spiral pre-Hispanic geoglyph.
The figure is more than a thousand years old linked to water worship, and it was located within a protected archaeological zone in the north of the country. But unfortunately, it was destroyed, so
kind of sad.
georgia: horrible
Nick: Man,
that’s awful
georgia: I mean, here it’s been there for that many years, and then, I mean…
Nick: Humans come by and they’re like, “Oh, you know what?
joe: Yep
Nick: W- let’s just get rid of this.”
georgia: Ugh. Yeah, it’s heartbreaking
joe: and was protected, right? But it was just a bunch of illegal occupants that had built makeshift structures in the zone, and then, “Oh, we accidentally didn’t know,” but now it’s like, “Oh, we can put some pipelines in,” right?
So it’s kind of you know, since it’s gone now, oh, since it’s gone
georgia: that seems suspicious. Mm-hmm
joe: but yep. Yeah. So they’re investigating that and, was it all a big ruse? [00:05:00] But yeah, unfortunate. Very sad. So but it was
Nick: I hate when corporations do stuff like that. It’s just so shady
joe: Always nice to Hear from previous guests on episodes, but then it’s like, oh
georgia: And you don’t wanna hear something like that. No
Nick: we only want good things.
joe: That’s right. We’ll take the other things,
georgia: good news.
joe: Stay aware and stay curious, right? This type of thing came up and now I knew about the Nazca Lines and knew about the geoglyphs, so I was…
You know, when you see something like this, it makes you think about it, whereas before I might have just overlooked this article or, you know, if someone sent it, be like, “Yeah, okay.”
georgia: Yeah, right
joe: cool. Anything else? You guys wanna go on to the Science Holes?
Nick: I I messed up. I di- I didn’t read anything this week. It’s been a
joe: Oh boy.
Nick: I was very very much in planning stages with things.
joe: I know Georgia’s been at the [00:06:00] conference, so I do have three things maybe we could talk about. And two might be… Well, one’s probably related to the episode. It was people using new and unpredictable synthetic drugs to experiment on themselves in hopes of becoming free of addiction.
So this, there was a story in The New York Times about a woman who’s been struggling with addiction and, heard about this drug called SR-17018, and it was on Reddit. People were talking about it. It was synthesized in China and then sold online without any, a- approvals or shown to be safe for potential side effects or dosages.
So you just kinda get these compounds.
georgia: wrong?
joe: Yeah, right. That’s , the thing about it. But you have people on Reddit who are saying, “Oh, there was a 2019 study and it suggested it could [00:07:00] free drug addicted mice of their dependence on the drug. And so you have this woman she just goes by the name Becks in the article, kind of a chemistry hobbyist, a former biology major, in
georgia: Oh my God.
joe: And so she was writing a lot of stuff in her journal and talking about statistics, like 80,000 people died from drug overdoses in the United States in 2024, more than Americans died in the Vietnam War. So she was just really concerned that she was gonna,, wind up dying from her addiction And she was addicted to opioids. So she had a accident, and so that kind of, triggered her addiction. But you know, she struggled with that even in high school, college but this really was the thing. So she kept this diary, and she got the drug just say, call it SR, instead of SR17018, but I’ll refer to it [00:08:00] as SR as they did in the article.
And so she took it, a dose, measured it out, and then she felt really good. Day one, day two, she didn’t have any… The typical withdrawal symptoms, and so she just kinda thought this was working. And then,, she kinda kept recording. And then like day nine-ish, day eight or nine, she kinda started having anxiety and high blood pressure.
So she decided to skip a dose because she didn’t have medical insurance and didn’t wanna go to the hospital being uninsured. And so– And then, day 10, she completely relapsed and
then
georgia: many days?
joe: It was about 10 days.
georgia: Okay
joe: And then after that, she kind of just was spiraling and, she would take SR the drug, and that would ease the withdrawal symptoms.
And then she would just go on these benders, not only to opiate, but heroin, cocaine, and she kinda did this, for several months until she finally went to [00:09:00] rehab. And then through rehab, she finished the whole process.
And then about a year later now she’s relatively sober. She found a partner, fell in love moved to Europe, I think. And so she says that a lot of this, her lifestyle changed, so she only does, drugs maybe five times over this last bit of time. So that’s why I said relatively sober.
But she changed her environment, changed her diet, and like she said, had a lot of luck that she’s still there. And then in the article, the interviewer asked if she thinks SR helped, and she said, yeah, she thinks it did help her go through the rehab process. So really fascinating and,
Nick: I mean, that’s also really good to see someone make it out of there and
joe: yep
yep
Nick: successful
joe: But the, it, I don’t know if taking this SR was the right thing, right? ‘Cause it really didn’t help
her. She really…
georgia: I really don’t think you should
ever take something that you’re, [00:10:00] like, I don’t really get how you think taking a drug is gonna help. I mean, I know that there are drugs that help you…
joe: With withdrawal symptoms, yep. Mm-hmm
georgia: Yeah, and giving up other drugs. But just the thought of taking this totally unknown drug
joe: Well, there,
georgia: try to stop addiction
joe: a paper in 2019 on mice that it said it helped them with their withdrawal symptoms. So that’s the only study you have that
georgia: not enough
joe: Right. Right. Right. It has potential, right? And this is the thing we talked about in the episode, that a lot of the villains, they go from, it kinda works to let’s do it.
Like, there’s no testing or they don’t wait for that. They kinda are desperate. I mean, she’s desperate and, you know, it’s “I’m gonna die if I don’t do something.” And then you read, oh, here’s some examples. People are trying it. It seems to work. They have success stories.
I think you never think that probably you only see success stories because maybe the non-su- r-
yeah, [00:11:00] the non-successful stories, they might have died or not, journaled it. So that’s the problem. Without a peer review study, you don’t really know what the failures were and things like that, so.
But it is, it’s a growing problem that they’re now seeing, that you’re having these science to street pipeline for novel drugs
georgia: Reddit should not be your source of in- info on that.
joe: And he’s like like these these Chiney lab- Chinese labs are scouring science papers for these new discoveries and then pushing them out and building the hype.
Nick: Very cool
joe: Well, the other thing we had touched on, I think in the last mini. Losing track of which mini we talked about
Nick: a lot of minis. I don’t–
joe: they’re starting to build up. Yeah, but it’s nice that they’re building ’cause this shows…
But we were talking about sequencing and finding differences. I think, Georgia, we touched a little bit on forensics, like how do they tell between two people? And I said, “Oh, there’s this, there’s a lot of DNA that we have that don’t really code for [00:12:00] working proteins.” So proteins that we need all the time , and so those areas, can have mutations, and they mutate faster so that, that .01% difference between us humans, something like three million base pairs, it’s usually in those areas.
And so that’s what they sequence and look in these unique areas. And they usually call that “junk DNA” because it doesn’t play a role potentially. And so there was this paper just came out where they’re starting to classify these, junk, quote-unquote, genes, junk genes. And so there are about 20,000 genes that have been considered essential but these thousands of unclassified and ignored, junk DNA and dark proteins with unknown but potentially important roles in cells are being reclassified and studied .
Like, we don’t know what they do. We kind of consider them junk because they don’t seem to do anything in major [00:13:00] processes. And so in a lot of these genes that encode have been excluded from databases. So these tend to be very short in amino acid length. They lack evolutionary relatives in other organisms, which is probably why they’ve been omitted.
And so now they’re making an effort to include these thousands of molecules encoded by the human genome, and they gave it the name pep- peptidenins. And start including them in the major gene and protein databases as something that might have a role in biology.
So it’s interesting that you have these things, and we were just talking about these kind of areas in, that people don’t study or look at because,
georgia: I mean, and then that feels like pretty presumptuous to, I don’t know, is that the right word? To say, “Oh, these are junk.” Like, just ’cause you don’t really know what they do, you’re just assuming that they don’t do anything?
Nick: And that everyone else follows them with that [00:14:00] logic
joe: Yeah, and some of the junk DNA too is non-coding, so I don’t wanna say all the junk DNA is… Gonna be in these peptides. But they’re kinda picking out the stuff that potentially could code for a protein and going, “Oh, hey, this thing might be important.
Maybe someone should look at that.” But yeah that’s how it starts. You rethink about these things. But that’s… Science isn’t, you know, isn’t complete, this study also shows that, where we have a good idea of how we think things work, but we’re still learning how these systems, including us, our cells, work and , go together and make us who we are and what we are.
So I think that’s fascinating ‘ cause I think a lot of people think science is done. Like, you go to school, you learn a textbook pop, and then okay, that’s it. But, you know-
Nick: Wait, there’s more after that?
joe: There’s more after that, a lot more.
Nick: What? I’m shooketh
joe: So yeah, it’s [00:15:00] really cool. It’s kinda cool seeing studies like that and thinking about the implications, so… Yeah, and then the last one I had, which was pretty interesting, and we touched on we, in that episode but there was a trial to de-age cells. And so the first person is a company called Life Biosciences in Boston.
They are- got approval to treat their first participant. And the goal… The idea,, de-aging cells . Maybe we need to think maybe a episode might come out of this. But you wanna take a cell, and coax it back to make it seem like a younger cell?
And so can you-
Nick: respond as one as well,
joe: or
Nick: would it just look like
joe: that’s the idea. That’s, these are all the things that can you turn on certain genes to make the old cell behave as though it was young again? And the idea, if you can make it think it’s young [00:16:00] again, is then you can rejuvenate cells. In this case, they’re testing treatment for a certain form of glaucoma.
You know, glaucoma is an eye disease that can cause blindness. And so if they can rejuvenate the optic nerve, then cells, then that could actually help grow and form, healthier cells, regenerate the neurons because these neurons aren’t normally capable of regeneration.
So that’s the idea. Can we trick it and then nudge it think that the restorative features of the young cells and then, but not too far back. Like, you don’t wanna, you don’t wanna push it back to where it doesn’t know what kind of cell it should be, right? ‘Cause that’s the beginning of our cells, they were you know they didn’t know what they were, and then they, they get signals.
And okay, I’m an eye cell. I’m a nerve cell, optic nerve cell. So you you’re playing in that sweet spot where you want it younger so that it’s healthy and rejuvenating and regenerating, but not too far back. So- Yeah,
Nick: Yeah, you want like a 15 to 20 year gap.
joe: [00:17:00] Sure. And so it’s… Oh, go ahead. Yeah. Yeah.
georgia: No, I was just gonna say, yeah, I’d like a lot of my cells to
do that
joe: Yeah. That was something. So one, we touched on this in another mini is that they’re using a virus that they, it, that’s been used in gene therapy. I forget which study we talked about where they used a virus system to put in these three reprogramming genes into the retinal cells and that would then kind of function.
And what they’ve added a safety feature that the system, the genes are only switched on when the participant takes an antibiotic. And so if the antibiotic is stopped, then the genes all switch off. And so it’s this little control that they have built in. And to your point, Georgia, that was something that came up in this article was that, , when you’re modifying cells, are they truly younger and can they be reprogrammed to enhance longevity is also a larger question.
So these are, [00:18:00] and I think, Nick, you were touching on that also, that they don’t know. And then this is just focused on the eye, so also, you don’t wanna get too ahead, right? Because if, things like this, if it doesn’t work, then that could freak people out and then research dries up or money because it goes, “Well, that was a, you know, it didn’t work out.”
And if it works really well, then people are gonna get really crazy and go, “Oh, can we do this for the whole body and, this tissue?” So I think there’s some measured optimism, and I think they’re trying to expand it to, like, 12 people to really getting it. So
Nick: to do, go on.
joe: Yeah, so
Nick: I f- can already think of a few movies that are
joe: Mm-hmm.
Nick: this vein
joe: Yep. Aging in general is really fascinating, and I know we’ve talked about telomere length and other episodes it’s come up, so yeah. So as season four, I think we’ve been teasing it. We’re starting to think about it and,
Nick: We’re thinking about recording it.
joe: Yes, we’re thinking about a season four now. There’ll be… Oh, pretty sure there’ll be a season four, so . We’re-[00:19:00]
Nick: I think we were already greenlit, right?
joe: That’s right.
Yeah, we got it. We’re there. So, yeah, so that, those are my three science holes. I think they were really cool, and they were relevant to the the episode, which sometimes doesn’t always happen, but yeah. Yep, yep. So cool
georgia: Yeah.
joe: All right
Nick: of media have you guys been consuming lately?
georgia: Oh, that’s a good question.
I mean, I have a plethora of to-be-read books now. Yeah. And I’m super excited because one of my all-time favorite books is We Were Liars. I know I’ve brought it up before. And We Were Liars came out, about 10 years ago, and I read it then, and then there’s the Prime TV series, and I loved it so much.
I just love it. So I got to meet E. Lockhart at ALA, and I got [00:20:00] an advance copy of her new book- Okay, yeah … that’s in the same kind of universe. So, I was t- A- actually, I was trying to start reading it last night, but I was so tired. I did fall asleep ’cause I was just so tired. But I’m excited about getting to read that.
It’s called The Pools. And, yeah.
Nick: Very cool
joe: Very cool. And we finished watching Widow’s Bay, so that was really I don’t
georgia: so good
joe: I don’t
think we-
Nick: How many episodes are there for that?
joe: Eight, I think
Nick: Eight?
georgia: I think
Nick: so Okay. Then I as well finished it.
joe: Yeah. Yeah, it’s like
georgia: you didn’t realize it was the finale of the-
Nick: Well, it felt like it could keep going.
georgia: Yeah. And- Well, I, really hope they, I, well, I can’t remember. Did I read that they for
joe: I think season two is g- is green-lit, so I think that’s happening
Nick: Oh, wait. There’s 10 episodes,
joe: Oh, was there 10? Okay, sorry. We watched all of them. I don- I thought there was eight[00:21:00]
Nick: Oh, then I lied. I have two episodes left.
georgia: Yeah.
joe: See, that’s why it felt like it. It felt like there was a
solid conclusion, but it felt like they
could keep going on with the story. Mm-hmm.
georgia: Right, you could really feel like it could keep going, but it also gets pretty you know.
Nick: Like I, I figured it was gonna be
georgia: like-
Nick: There’s a climax … that’s where season two would be picked up, you know? Like it felt like- Yeah
all right, this is your your end. Oh.
georgia: Yeah.
Nick: Sorry, I didn’t mean to cut you off there, Joe.
joe: Sorry, didn’t mean to cut you off. No, you’re fine. The other thing we finished watching was Spider Noir, so that was, Oh my gosh, it’s so good
georgia: Oh my gosh, it’s so good. I can’t even tell you how good I think it is.
Nick: I have not finished it.
joe: Mm-hmm. Yeah, it was good. I
georgia: Are you enjoying it?
Nick: Yes and no. Like, it’s good. It’s not my favorite. It’s… I w- I would grade it as good.
georgia: Is that because-
Nick: Not
georgia: great … like, I think maybe because I almost don’t even think [00:22:00] of it as Spider-Man.
Does that make sense?
Nick: Yeah.
joe: Yeah
georgia: I think- Like, like of its own thing, I think it’s really good, and I love Nicolas Cage’s performance, and I really love the filming of it, the… And I I like the story, but I have to remind myself that it’s Spider-Man.
joe: Yeah.
Nick: And I keep wanting more of Spider-Man, and-
georgia: Yeah
Nick: it’s just, like, I don’t know. It… Oh, I’m gonna finish it. I just haven’t
joe: And I didn’t read that comic line, so it
was… I think one of the jarring things is that if you know the Spider-Man story, and some of them, and there’s a couple different universes, but they all have similar parallels.
But the Noir storyline was just… It’s so different than the traditional Sp- how Spider-Man became Spider-Man, and then some of the villains, how they became, who they are. So yeah, it was really… That was fascinating, so I think that’s where you get that, is this really a [00:23:00] Spider-Man or just kind of another superhero
movie?” …
Nick: it sort of feels like a knockoff
joe: right. Exactly, yes.
georgia: I guess the
joe: That’s a good way to put it in it, it looks great, and
Yeah. It’s a good story too. I mean, yeah, it’s, if you called it anything else, you would be like, “Oh, that’s a great superhero story,” and, but it’s like Spider-Man, right? It’s like you know?
georgia: Yeah. I don’t know. That’s interesting.
I didn’t read the comics s- at all either, so it’s like, do you feel like the comics of the Spider-Noir gave you more Spider-Man?
Nick: Yes.
georgia: Okay.
Nick: Yes, I
georgia: do. Okay.
Nick: And Georgia, I think you would enjoy those ones. I don’t know why.
georgia: Yeah. I feel like- I have to check those out
Nick: I guarantee at your local library they’ll have ’em.
joe: Yeah, right.
Nick: In a nice collection book.
joe: Yeah,
georgia: I will have to check that out. Yes.
joe: Mm-hmm. Mm-hmm[00:24:00]
georgia: Maybe, or even on Hoopla
joe: Oh, and Hoopla definitely probably has it. Yeah, they have a lot of that stuff. Yeah. Speaking of books, I did read, Wrong Place Wrong Time. It was a really good thriller. A little bit of time displacement, it had this kind of l- a sci-fi-ish element to it, but it was really well done.
It was a good book, so. Gillian McAllister is the author, so yep. But
georgia: Yeah, I, and then kind of to that point was I did read a little bit of that book, and I just wasn’t in the right head space to read it because it does… He, she deals with, it’s a mother dealing with her teenage son, and I think it was just, like, in that way, just a little too hard for me to, read it.
And it, which is kind of like a play on words. It was the wrong time to
joe: wrong time, yep. [00:25:00]
Nick: Oh.
joe: So. Cool. How about you, Nick? What have you been up to watching, listening, playing?
Nick: I have recently beaten the la- latest Resident Evil game,
And I thoroughly enjoyed it. I think the ending Wasn’t trusting itself enough to do what it wanted to do, and so I think they held back on that.
joe: Yeah
Nick: But overall, I thought it was a great game.
joe: Oh.
Nick: But yeah. W- I just don’t wanna spoil the game
joe: right, right, ‘
right, right
Nick: I don’t know, someo- someone out there might be
joe: Might be playing it in the middle of it. Write Nick? Offline if you want more Okay. Apple
Nick: on Apple TV.
joe: Mm-hmm. Mm-hmm
Nick: We even we enjoyed that one. It was a good murder mystery. Kind of always feels like the game Clue. But yeah, [00:26:00] they they I haven’t started season two yet, but season one is yeah, that, that was good. We’re, I think we’re gonna start season two soon ’cause, it’s already available.
Might as well. But yeah, that I really haven’t been doing much. Been trying to do some new work on things. So i- if I can get it to work out the way I want it to, I’ll bring more information about it.
joe: Nice.
georgia: Intriguing.
joe: I know, right? A little teaser. Yeah. Cool.
georgia: All right.
joe: a few things. One, I will be at Shore Leave 46Con in Lancaster, PA, July 10th to the 12th. So come out if you are in that area and say hi. I’m giving a talk on what electron microscopy and cell biology can teach us about zombies.
So something to to come and hear
Nick: you see what I sent you about [00:27:00] zombies on Instagram?
You might need to watch that before going there.
Just for you.
joe: Okay. I’ll check it out and see what you sent me. So yeah, that’s going on, and then don’t forget, if you haven’t already, Georgia and Jim Siergey they have a noir calendar coming out. Pre-orders are up. We’ll get the link. It’s in the newsletter. But yeah, you can find that.
It’s gonna be really nice. Speaking of
noir
Nick: those pre-orders? Can-
georgia: Oh, they’re only $15. Oh,
Nick: wow. $15.
georgia: It’s g- yeah, like, it’s a wall calendar to put on your wall. It’s, like, full of art and- You can see all
Nick: the hottest artists.
georgia: Well, just the two of us artwork, but.
Nick: Okay, maybe I was wrong. You get just two of ’em.
joe: Cool. All right. Well, thought I’d just mention some of the [00:28:00] stuff we’re up to. And Nick’s got a secret project. Maybe he’ll be announcing that, so
Nick: Yeah, hopefully soon.
joe: Coolio.
Nick: cool
joe: All right, well, I think that’s a wrapper
georgia: All right
Nick: You got Joe.
joe: You do have, you, the, no one’s here, so I just feel like I’m floating in the ether. Yes, you have me, Joe.
Nick: You got Nick
georgia: And Georgia And
Georgia
joe: georgia
Nick: we went down some holes
joe: Some mini holes. . Stay safe. Don’t lick rocks. Stay
Spider-Man’s villains are a case study of OSHA violations. We break down the science of lab safety, what goes wrong, and why fiction can’t stop Handwavium-ing the guardrails.
In Episode 72 of Rabbit Hole of Research, Joe, Nick, Georgia, and Mary are joined by returning guest Tera Lavoie, PhD, cell biologist, electron microscopist, and the Advanced Electron Microscopy core facility’s lab safety director. This episode kicks off the 3 episode Spider-Man Villain Series, and we’re starting where it all goes wrong, the lab.
It turns out many of Spider-Man’s villains are a catastrophic series of safety procedure failures. Some intentional and some not, but could have been avoided with proper safety training. We dig into what actually makes a safe lab, why those guardrails exist, and the very real, and sometimes very dark, history behind modern research ethics.
We also get into DIY biohackers, CRISPR self-experiments, the original Superman’s meteor rock ethics violation, prions, hantavirus, the Radium Girls, Madame Curie’s radioactive notebooks, and whether Nick can lick various elements from the periodic table.
Shore Leave 46 — Lancaster, PA (July 10-12, 2026)Lancaster Wyndham Resort and Convention Center
Dragon Con — Atlanta, GA (September 3-7, 2026) – Joe attending as Professional
It’s Science for Weirdos
Want to support the show? Tell your friends. Follow us on social media, Discord, share the podcast, and let us know what topics you are excited about. Leave a Comment. And for email alerts sign-up for the Substack newsletter and never miss an episode, exciting updates or the bonus images we talk about on the episodes.
We want to Hear From You (leave a comment):
Have you or would you participate in a clinical trial?
Do you think biohackers are bold pioneers pushing the boundaries of human potential, or walking lab safety violations? Where do you stand? Would you experiment on yourself?
And the question we all need answered: Would YOU lick a rock for a superpower?
Drop your thoughts in the comments. We read them all, and your ideas often shape future episodes.
Episode 74 – Spider-Man Villain Series 2: Scorpion and the Other ChimerasGuest: Erin C. AnthonyThe crew explores the science of chimeras, genetic splicing, and what it would actually take to create Spider-Man’s most dangerous foes.
Episode 76 – Spider-Man Villain Series 3: What His Villains Reveal About HimGuest: Comic YouTuber, Alex Hanes (@Hanes4Heroes)The conclusion of the Spider-Man trilogy takes a step back to ask what the science of his villains tells us about Spider-Man himself.
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Show Notes & Fun facts
Books and Comics Mentioned
The Reign of the Superman (1933) — Jerry Siegel and Joe Shuster’s original fanzine story, Science Fiction: The Advance Guard of Future Civilization, Issue 3
Goodnight Lab (2017)— Chris Ferrie’s book recommended by Tera as an alternative to Goodnight Moon
Guinea Pig Zero (2002)— An Anthology of the Journal for Human Research Subjects edited by Robert Helms, which documented the experiences of human medical test subjects. Mentioned by Mary
Mrs. Frisby and the Rats of NIMH (1971) — A children’s science fiction/fantasy book by Robert C. O’Brien, with illustrations by Zena Bernstein. Mentioned by Mary
Planet of the Apes (2011)— James Franco / John Lithgow version
Honey, I Shrunk the Kids (1989)
Gremlins (1984)
The Martian (2015)
Iron Man 3 (Extremis) (2013)
A Brother From Another Planet (1984)
Argo (2012)
Fun Facts to Impress Your Friends With:
The first Class III biosafety cabinet was built in 1943 at Fort Detrick, Maryland during World War II biological warfare research, essentially because researchers kept getting sick and needed a box to work inside.
Madame Curie’s personal notebooks, lab equipment, and clothes are still so radioactive they are stored in lead-lined boxes, and will remain dangerously radioactive for another 1,600 years due to the half-life of radium-226. But they have been recently digitized, check it out here.
The axolotl, not the lizard, is the animal Dr. Curt Connors should have studied for limb regeneration. Unlike most reptiles, axolotls can fully regenerate entire limbs.
CRISPR gene editing kits are legal to purchase with no regulatory oversight. In 2017, former NASA scientist Josiah Zayner livestreamed himself injecting a CRISPR solution at a biotech conference in an attempt to edit his own muscle growth genes.
The FDA does not regulate most nutraceuticals, meaning the vitamins and supplements on store shelves may not contain what the label says, or in the amounts listed.
The Radium Girls were female factory workers who contracted radiation poisoning from painting radium self-luminous paint onto watch dials and hands.
The Untreated Syphilis Study at Tuskegee — The U.S. Public Health Service (USPHS) Untreated Syphilis Study at Tuskegee was a study conducted between 1932 and 1972. Researchers did not collect informed consent from participants, or offer treatment, even after it was easily available.
Episode Highlights
00:00 — Basement Studio Roll Call: The full crew plus returning guest Tera Lavoie, PhD.
01:09 — Tera introduces herself: as a cell biologist, electron microscopist, and lab safety director who joked about working alongside Joe for 19 years.
03:54 — Curiosity And Lab Safety Monologue: Joe delivers the opening monologue on human curiosity, the guardrails of modern science, and a Jeff Goldblum quote.
05:41 — Spider-Man As Safety Violation: The crew breaks down how Peter Parker’s origin is itself a lab safety disaster.
09:54 — Safe Lab Basics And Rules: Tera walks through what actually makes a safe lab.
11:57 — Licking Rocks And Superman Origin: Joe talks about the original 1933 Superman story.
16:05 — Human Research Ethics Horror Stories: The crew covers the dark history behind modern research ethics including Nazi experiments, Tuskegee, Henrietta Lacks, and Project Sunshine.
21:55 — Do Safety Rules Hinder Science: Nick asks the scientists if lab safety regulations actually slow down discovery.
26:19 — Back To Spider-Man The Lizard: Dr. Curt Connors skipped animal trials and injected himself with an untested reptilian mutagen.
31:30 — DIY Biohackers Rise: Joe introduces the world of biohackers.
32:35 — CRISPR Self Experiments: Former NASA scientist Josiah Zayner livestreamed injecting himself with a CRISPR gene editing solution.
34:52 — Why IRBs Matter: Joe and Tera break down the Institutional Review Board — the ethics gatekeepers.
37:49 — Spider-Man Villain Logic: The crew compares biohackers to Spider-Man villains, smart, curious people who bypass institutional infrastructure and shortcut their way to catastrophe.
38:51 — Gene Therapy Cautionary Tales: Tera recounts the tragic story of Jesse Gelsinger.
46:25 — Biosafety Levels Explained: Joe walks through BSL-1 through BSL-4.
49:57 — BSL4 Suits And Movie Mistakes: The crew breaks down how most fictional labs are decorated like BSL-4 but operated like BSL-Zero.
52:32 — Real Lab Safety Culture: Tera and Joe share what real lab safety culture actually looks like day to day.
54:15 — Outbreaks, Hantavirus, And COVID: The crew discusses the hantavirus outbreak on a cruise ship and working with COVID in their facility during the pandemic.
56:54 — Prions And Weird Hazards: Tera explains prions — misfolded proteins that cause other proteins to misfold.
58:28 — Fictional Lab Safety Fails: From Gremlins to The Stand to Contagion, the crew runs through pop culture’s greatest lab safety disasters and the rare examples that actually got it right.
01:00:39 — Lab Bench Snack Talk: High school chemistry students melting Reese’s Pieces in beakers leads to a broader conversation about why food and drink have no place at the bench.
01:01:18 — The Stand Miniseries Pick: Mary makes a case for watching only the first episode of the mid-1990s Stand miniseries and calling it a day.
01:04:48 — Mythic Safety Fails: Joe traces fictional lab safety violations all the way back to the oldest cautionary tales in fiction.
01:06:32 — Can Nick Lick It: The crew runs through the periodic table testing which elements Nick can safely.
01:11:20 — Radium Girls: factory workers who licked their paint brushes to keep a fine tip while painting radium watch dials.
01:14:39 — Lab Safety Done Right: The X-Files is a rare example of fiction that actually handles quarantine and containment protocols with some degree of accuracy.
01:17:48 — Animal Facility Lockdowns: Joe and Tera explain why animal research facilities have become increasingly locked down and why letting research animals loose — as in 28 Days Later — is a genuine biosecurity nightmare.
01:21:04 — Curie Radioactive Legacy: How Madame Curie processed tons of pitchblende with bare hands, and the radioactive notebooks that still can’t be put on public display.
01:23:35 — Final Thoughts And Plugs: The crew wraps with a reminder that curiosity is good, peer review exists for a reason, so please be careful out there and don’t lick rocks.
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Transcript
joe: [00:00:00] Hey Welcome back to the Rabbit Hole of Research down here in the Basement Studio. We are all crewed up down here. Even got a guest in studio.
nick: Everyone, every chair
is
joe: chair, every mic. This is the place to be. You’ve got me, Joe.
nick: Yeah, I got Nick.
You got Nick.
geo: Georgia.
joe: We’ve got Georgia.
mary: We got Mary. We’ve
joe: got Mary, and our very special guest.
tera: Tera You
joe: Tara, that’s it? Nothing either, right?
tera: It’s
nick: that up for the whole
tera: hello. Tera Tara, we’re happy
geo: to be like that.
nick: episode has to be like that.
I mean, but
joe: what’s your-
geo: You have to introduce
joe: and things like that in,
yeah …Well,
tera: everybody should know me if they’ve listened to the podcast
nick: been a guest before.
She
geo: a
joe: dun. No. Well, there may be someone-
tera: Oh, no But there
geo: be someone
tera: is true. I mean, God forbid you didn’t like Doctor Who and you skipped my
nick: you still come
tera: I might forgive you
mary: Who’s the best Doctor?
tera: Oh, it’s a… [00:01:00] Oh, it’s hard. Top three would be-
nick: If you don’t say Eccleston,
tera: nine, and 10.
mary: 10.
nick: Ten.
mary: All right. Right
joe: Heard it There and go.
back and listen to that episode. Yeah, Tara was a guest with us before, last season,
tera: Yeah.
joe: seasons
geo: But w- but
nick: two seasons
joe: know.
geo: we need your rundown again.
joe: So yeah,
tera: I’m Tera I’m a scientist. I am a cell biologist and electron microscopist. I get to see Joe five days a week at work, and he doesn’t hate me yet, so it’s great.
mary: All
joe: you’re, and you got a PhD.
I
tera: do have a PhD in molecular medicine.
joe: and in our facility- In-house-
tera: am the assistant director.
geo: And how long have you guys-
tera: I
am
joe: right? I mean, you
tera: safety
director.
geo: How- How long
tera: How long have you worked
geo: together?
nick: Officially
joe: worked
tera: or sort of worked in the lab worked? ‘Cause we’ve worked in the lab worked for, like, 19 years-
Wow … ’cause Joe was on my thesis committee.
joe: yeah. Mm-hmm.
tera: But we’ve worked… Actually, my [00:02:00] workiversary is coming up May 15th. It’ll be nine years.
geo: Wow. Nine years. Very
tera: Thank you.
mary: cheers. Here we go.
tera: to nine.
joe: Yay. Oh, you know what? We should’ve had the world’s second strongest beer.
mary: beer. Well,
geo: that’s okay.
mary: with that.
This one’s eight and a half. It’s fine. Yeah,
joe: this, um, Equilibrium.
mary: Mm-hmm. Equilibrium, very
joe: It
tera: to be able to drive home
yeah,
geo: that’s a good one … it has a very cool label and-
nick: And every cup in this studio is filled with it.
joe: Yes, that’s right. Yeah, well, and
today
tera: thank you. Ooh.
geo: We’re … Yeah,
mary: consistent.
We’re on
joe: We are consistent. Yeah. We’re gonna be
talking about, This is part one of the Spider-Man villain series.
Yes. And we’re gonna kick it off with lab safety- Woo
geo: Woo-hoo.
joe: important to the Spider-Man universe,
as we’ll see here.
geo: Oh, 100% … very qualified
joe: right. She is the
lab
tera: very
qualified to talk about lab safety. I am probably less qualified to talk about Spider-Man
villains.
joe: We
got it. We’ll,
nick: you covered,
joe: there.
tera: we
geo: got you covered, right, [00:03:00]
joe: we got
Nick. I’m a Spider-Man
fan. What’s a villain?
nick: I only know Spooderman.
joe: your favorite
tera: in the movies? Tom Holland ‘Cause that’s… Holland?
joe: All
nick: Hands
down.
tera: I agree.
nick: Yeah. He just brings the whole package of Spider-Man to the screen.
geo: I like Tom Holland.
joe: Yeah.
I I have nothing. I got no beef with him
geo: I was kind of sad I didn’t get invited to the wedding, but … Oh.
nick: Oh.
joe: Oh, you…
nick: I didn’t know you were holding out for that one. Right. You didn’t get your invite?
geo: I didn’t.
nick: M- did you check your spam?
joe: your spam? Yeah, right. That’s where it was at
tera: it was
geo: Anyway,
we digress.
joe: yeah.
Let me… Let’s get… Let me do my bit, and then we can,
nick: bit it up
joe: I go. So, yeah. So I do my little monologue, as everyone know if you’re just listening.
tera: It’s like I’m at work all over again.
nick: He does this all day,
doesn’t he? call me, does he? The let me start with the list.
I
joe: do have a list, though. I do have lists on this episode.
Us humans are curious creatures. We question, poke, and taste things. We [00:04:00] are drawn to picking up the weird rock, the strange mushroom, the glowing beetle, and we experience and discover the world through our senses. And that curiosity is the scientist in us all asking what would happen if. But isn’t there a saying about curiosity and a cat?
The warnings are baked into sayings and the oldest stories we tell, but we would ignore them every time because the wanting to know is louder than the warning. Modern research, laboratory safety, and regulations didn’t kill that instinct. It just built a system around it. Protocols, peer review, safety cabinets, training seminars, ethics boards, institutional reviews.
These are all guardrails around curiosity’s most dangerous quality, the compulsion to find out what happens next. But fiction tears all of that down. Because drama lives in the moment someone decides to handwavium the guardrails. Norman Osborn, Otto Octavius, Curt Connors skip straight [00:05:00] from what if to let’s find out.
And we love them for it because some part of us understands that impulse completely. Nick, don’t be licking those weird rocks. You
nick: I,
you were supposed to bring some
joe: the title of the- And as you explore the world, remember what Jeff Goldblum, the Rabbit Hole of Research Award winner, said in Jurassic Park, “They were so preoccupied with whether or not they could, they didn’t stop to think if they should.”
And curiosity killed the cat, but satisfaction, or should I say lab safety, brought it back.
nick: back. So I-
geo: did
joe: I- Or did it?
Or did it? Did…
geo: First off-
mary: I thought you were gonna talk about the other Jold- Jeff Goldblum … yeah.
nick: dad … Jeff Goldblum- Yes
geo: Okay, so without labs, with lab safety, we wouldn’t have Spider-Man, right?
joe: labs… With lab safety, we wouldn’t have Spider-Man, right? You’re absolutely right.
Spider-Man probably is the original lab safety violation comic. I mean, you know, it’s, so many things wrong and Tara and [00:06:00] I, she’ll… We go through so many trainings. So one, that class, they were all minors going through a lab. So there, there’s all sorts of, you know, kind of paperwork. Parents are notified A radioactive spiders were loose.
So now not only do you have poor animal management, which we’ll probably get into that, you also have radioactive kind of training. Like so that’s double. Two violations right there. Escaped experiment. No one noticed anything. No one reported anything. He just went home. He kinda slept it off.
No one told the parents. I mean, it was just really like,
nick: That’s because he doesn’t have parents, Joe I
joe: so or the a- or the aunt, right?
Well, I mean, it’s his parental supervisors, let’s say that,
Yeah. I mean- Yeah … but no one told all the other kids. I mean, how we know some of those other kids didn’t get bit by spiders if
nick: One of them did
joe: right?
Right. So yeah, so it’s-
nick: One of them did, and that was, Yeah
tera: So- At that point, you don’t know if anything was contagious human to human.
joe: Yeah. And so there’s trainings that we have that are required to work in a lab, and we complain about it ’cause they’re pretty much the same [00:07:00] every year after you do it the first time.
It’s just like refreshers. But you just get a ton of alerts, and it’s like, “Take your refresher. Take your refresher.” And that’s from everything from lab stuff to dealing with minors in, in, in
s- in spaces. In the case of working with minors. Right. Yep, so Yep.
tera: I was gonna say gun safety, but not quite gun
joe: safety. No, it’s the, um, the- ‘
nick: Cause You
guys use guns to
joe: shooter. Active shooter. yeah … active shooter.
nick: the cells, right? Yeah, we- Yeah. You guys are just sitting there-
tera: Well, our see if I can hit
actually does have a
joe: gun.
tera: Yeah.
nick: yeah.
joe: So no, that’s… So Spider-Man really set it up, and I think you have, Stan Lee, I don’t know if he knew that, but he really wrote cases for the scientific regulation and guardrail.
I think almost every villain in Spider-Man, I got a whole list of it. He is- Where are you going?
tera: perfect- Every scientist is a villain.
joe: villain. Yeah, right. Right. Well, there’s a few, but-
nick: but- … Mysterio isn’t a scientist, and he’s not-
geo: It’s the perfect setting for something like this
nick: Oh, yeah.
geo: Oh, yeah. You can explain away so many things,
tera: You know?
Yeah.
joe: But you have the Lizard, you have Electro, Sandman, Doctor Octopus, the Green Goblin, [00:08:00] Vulture. And Vulture was kind of stolen
alien tech. Yeah. But still it was, there was no regulation there. He was just doing some stuff in his garage.
mary: Can I share a sweet Spider-Man story?
joe: Sure.
mary: My nephew, when he was a little boy, he was, he had to have an MRI at one point, and he was very excited about this because he thought that this would give him special powers like Spider-Man.
geo: Spider-Man. That was me-
mary: He was very
nick: every time.
I had to go to the
geo: it’s like, “Stay really
nick: can I start
joe: can I
mary: now?
He was so into it ’cause he was thinking maybe through this, I don’t know. yeah.
joe: It’s My dad asked the same question. Sh- shout out
mary: out to my sweet nephew, Bridger. Yeah. Yeah.
geo: Yeah. Awe.
joe: Aw. Yeah. Yeah, Spider-Man, no, I think Spider-Man, it’s, that’s why we’re doing this series, ’cause I think he is one of the most The fame popular characters in comic book Absolutely maybe S- Superman,
nick: I think it goes
joe: Wonder Woman Right.
Yeah, I mean,
that would
be- … Batman. Yeah.
tera: Yeah, probably those three.
nick: Yeah.
joe: is in mine, okay. Yeah.
nick: in
pop culture-
geo: there been a vote?[00:09:00]
tera: Probably.
geo: we’ll have
mary: in the footages.
geo: edit.
nick: we’ll have it in the
joe: We’ll see how, w- the show
nick: me,
geo: they didn’t ask me, so.
Well, who’d you, who do you have? What’s your ranking? That
nick: with the face.
tera: That one
nick: other… I think it’s a woman,
tera: Oh, stop it.
nick: Oh, stop No fair. I have- It’s
tera: parents. I have-
Definitely the one without parents
Yeah.
geo: have
to say Wonder Woman.
joe: Wonder Woman?
geo: Yeah.
joe: See, she was involved in no lab safety incidences, so she was a
geo: right
was wonderful. ‘Cause she was from a very highly intelligent other planet, which was… Yeah. Planet? Planet,
joe: Planet, no.
No. Like the Amazon.
nick: Yeah.
geo: Oh. She was Amazonian. Earth.
joe: Yep. Like, it was like a isolated-
geo: Oh, yeah. That’s- … a land
mary: Thucydides or
joe: right here.
mary: So
I wanna bring this, I wanna sort of pivot a little bit, so I wanna tap into
joe: Please pivot.
Georgia’s like,
mary: wanna get the heck away from this.
joe: this.
mary: To pivot from, more from Spider-Man and Tim, back into your subject matter expertise, what is a safe [00:10:00] lab? What are some characteristics of a safe lab?
tera: A safe lab will have, will be clean.
nick: be clean. Mm-hmm.
joe: Mm-hmm. Clean.
tera: Will have no razor blades. That is probably the biggest thing we have to look for are rogue bla- razor
nick: Oh, so just not laying
around. That’s right, yeah. Is
So you’re saying my house is
tera: That is a thing.
joe: That is a a thing, like l- with razor blades laying around? Really? Interesting. Well, I mean,
geo: do you cut everything. Okay. do you have, like, a special box, like Sharps, like you do in the
tera: when you’re done, you’re supposed to put them in the sharps. Mm-hmm. But you shouldn’t leave them around, ’cause if someone doesn’t know that the razor blade’s there, then they’re gonna grab it and cut
mary: themselves.
Ooh, yeah.
geo: That,
nick: Ooh, man, I’d be a major problem.
joe: Labels?
nick: everything
Oh
tera: should be labeled appropriately.
If it’s flammable, it should be in a flammable cabinet. There’s only a certain amount that you can keep out of the flammable cabinet. Okay. Acids and bases should be separated and away from the flammable material. Mm-hmm. No food or
drink. No food or
No
joe: lot of- No
geo: no cosmetics.
joe: Yeah.[00:11:00]
nick: All right, so this is gonna sound weird.
tera: no shorts, no open-toed shoes.
nick: These all just sound like kitchen safety rules too.
tera: In a way. Okay. Except- Like- … you’re probably more apt to die in the lab than the kitchen.
nick: I
tera: not the
geo: you haven’t seen When Nick does it. He’s- it’s like, “Is it a challenge? Let’s do it. Let’s go.” Wild. I’ve
nick: had some really close calls, guys. I’ve had bacon grease just go down my arm. Perfectly fine,
though. Ah.
geo: You didn’t even have a scar.
tera: I feel like the biggest rule for Nick is-
mary: the the big rule for Nick.
nick: Nick-
tera: Don’t put it in your mouth
nick: No, that’s what you’re supposed to do
mary: Oh, no.
joe: Yep.
geo: no.
nick: Like- … as I said, you guys were supposed
tera: been warned about this
okay? You
mary: rocks
joe: know. He’s coming, so yeah.
But yeah, so many-
geo: be a special feature when we do video.
nick: it’ll be behind a paywall.
tera: There you go. If
joe: Hey. He doesn’t. If he’s no longer on the episodes, we have a new co-host, you know what happened.
nick: c- rock.
tera: gr-
mary: he’s grown superpowers.
But,
joe: and,
so I wanna be- hold on, I wanna take a little [00:12:00] step back, then we can come back.
But the rock bit actually stems from, I forget which episode. Oh. Oh.
nick: It
was
joe: I think the Telekinesis episode … telekinesis
one. I think that was
geo: one,
joe: But
what was interesting is I did all the research for that and I don’t think I forget the who was on that show with us, the guest, but it was, like, the original Superman.
And so Jerry Siegel, Joe Shuster when they were teenage boys, they created Superman eh, that we know. But the original Superman they created was a short story in a sci-fi zine called Science Fiction: The Advance Guard of Future Civilization, and they made it on their, , the high school copy machine in 1933.
, it was a zine, if you think of that. And Superman wasn’t this hero. He was this bald, telepathic villain that was going around,
like, getting his- way.
geo: point do we say that can’t be the
joe: And so, Right, it’s
not. ’cause and so the
thing
nick: set up Lex Luthor
joe: this this professor, the scientist, finds this meteor.
He analyzes it, and then he starts testing it on lab animals [00:13:00] with no regulation and sees these strange effects. And he goes, “You know what? I should test this on a human.” So this story in ’33, gotta remember, that’s Great Depression time, so he goes to a soup line and he offers some guy a suit and a meal if he will lick the rock or ingest it.
I did read it in the comics. It’s actually behind Tera
nick: tera
joe: And he goes and there was no consent that this rock could do something weird to you or just, he just mixes it. I think he m- he even mixed it in his food. It was like a whole weird
nick: was the hot
joe: like, “Yeah, right, a hot meal.”
geo: soup.
joe: then this guy, he gets the telepathic powers, and then he just goes around and he’s like, “I can dominate the world.”
And then the scientist is jealous ’cause he gave all of the rock, he used it all, and now he’s trying to make new, more. Well, maybe not
geo: smart.
joe: And yeah, and then he goes- Yeah … and so he, but he kills the scientist. And then the power wears off, and he needs more of the rock. But the
scientist is dead And he can’t
get it, and so he just, then he has to return to the breadline in a fancy suit.[00:14:00]
So that was the story.
nick: a fancy suit is the moral of the
story. He
joe: He might have sold it, like, to get the breadline. I don’t know. Right. So but that was the
original Superman story. You know what,
tera: when you first started telling this story Before the superpowers part came up, that could’ve been a real-life scenario.
Oh. No. Because sadly- Wow … that’s the other- Yeah … outside of the lab- Yeah … but human research and the horrors of
geo: Oh, yeah. There’s been a lot of,
mary: Well, Joe-
tera: I’m telling- … of even that, and so anytime you’re doing even human research, now you have even more trainings.
nick: even
joe: Here it is. I got The
Reign of the Superman.
I’m
mary: or- Okay, Joe- … a copy of it … yeah, Joe is holding-
joe: ’cause that’s, like, worth,
geo: He’s holding,
joe: The facsimile. I got a facsimile of
the
mary: a co- you’re holding a comic or- Yeah,
joe: it’s orig- it’s the zine that they had written-
mary: The, oh, the original zine that Siegel and Shuster did.
joe: regular, a re- a replica of that, that I found. It had that story, ’cause I didn’t believe it either. I think it was like, “Is that… Are you real?” I’m like, “Yeah, I did this research and this came up,” and no one talks [00:15:00] about this story which is kind of-
tera: Well,
geo: I think it’s good they went a different way.
joe: I, well, yes, they went-
you know,
with an immigrant
nick: don’t know. I think it would’ve been more, more
popular going this
joe: From another planet,
tera: planet. From another planet, right. Unlike-
joe: And no lab safety violations, it’s just … There’s some maybe adoption law violations, but other than that that’s,
know. I mean, if you’re coming from another planet, how many laws?
I mean, it’s like A Brother From Another Planet.
nick: from another planet. Where
mary: Where did he come How that.
joe: many people will get that?
nick: look at that. Tera It does it’s a movie.
You haven’t seen that?
geo: You haven’t seen that? No, I
joe: A treat. It’s it’s pretty good. I mean, it’s not… Yeah,
it’s-
tera: the only movie I’ve seen with the word brother in it might be Undercover Brother.
nick: the word brother
in
joe: Oh, okay. Any similarities? No. No. No. Brother From Another Planet isn’t a comedy. It has comedic bits, but it’s a social commentary for the most part, you know.
tera: When did it come out?
nick: [00:16:00] ’80s, I want to
mary: Maybe early ’90s. ’80s I think.
joe: Yeah.
Yeah. Yeah. That feels right.
mary: right.
joe: But yeah,
Like Tera was saying, we have these kind of guidelines because human experimentation, , through time people, they do weird things. We have the Nazi medical experiments,
tera: Yep, the Tuskegee. The Tuskegee
joe: syphilis study. Mm-hmm. Henrietta Lacks her cancer cells.
The HeLa cells, which has kinda become the foundation of molecular biology in a lot of the studies we have. They were actually taken without her consent in the ’50s. Mm-hmm. So we do have… We have these instances where you put
geo: And I’m sure, I’m not trying to be
tera: to be,
geo: You know, pessimistic, but I’m sure it is still happening.
But not in an official, from like a university point of
joe: not, but I know Tara, she was telling me about the, building we work in, we’ve renovated a very historic space. Some people may notice University of Chicago had the first self-sustaining nuclear reaction- happen on campus underneath some football bleachers. Then they went to [00:17:00] what’s now Argonne National Labs. Reactor 1 was built, and they moved. On campus though, they built a new building the FMI Building, and in that building they put the first cyclotron, betalinear tron, gammatron, in the early ’50s.
And then Tara, I tell the story about this, but, about… And then Tara was like, “Oh, you know, I heard this program.” So-
tera: Yeah, I actually heard well, it was a YouTube video, but I listened to it like a podcast, about how they did all this study post-nuclear bomb about looking at radiation and they had to compare, like, what was in your bones.
But everybody was on the Earth, and depending on where you’re at, they can kinda measure, and if you die, they can take your bones and check. But they needed fresh bones, and so basically anybody who gave birth and the baby didn’t survive, they would take the baby, and they wouldn’t let the mother have the baby or see the baby.
They would cut off the legs and send it to someone, and they had these mass graves.
mary: Oh,
tera: called it Project Sunshine. It was
nick: crazy. I
[00:18:00] love the name of that. That’s- Like, it just it is-
joe: on top of these- You would know …
tera: It’s e- and- and- Oh
nick: feel like I have, but
like-
mary: Hang
on for a second. Okay, go,
tera: please. Yeah … a lot of women, like, finally were told what happened to their babies’
mary: Oh, my God
tera: and where the locations of the mass graves were so they could finally go and pay respects. Yeah, sure. Like-
geo: And when was this?
tera: this? Probably late ‘
joe: 50s,
’50s, yeah. Mm-hmm, mm-hmm.
nick: The amount of mass graves that the world has from just shitty people-
tera: Yes
so many.
joe: Well, yep.
geo: yeah. Like,
nick: we won’t go into that ’cause that’s a history podcast right there. But yes, they are just the amount.
tera: the intersection of in the name of science, I’m sure, is bigger than we would like to admit. I mean,
nick: take solace in knowing that it’s not as big as the stuff done in the name of religion that have mass graves. Yeah. Like that one, yeah. [00:19:00] Yeah.
geo: And
joe: Or in
the name of I’m right,
and you’re wrong.”
geo: wrong. The name
nick: of-
Well, I have a lot of those
ones too, Joe.
geo: A name, In
the name of
senseless- Yeah … leaders thinking that they’re… Anyway, okay.
joe: Let’s pivot back to, yeah
nick: I do have a
joe: and the macabre really
fast here. I don’t know what’s going on. Science. Science. Let’s get
nick: Science,
morbid,
joe: and
death.
geo: death related to
mary: to science. But what, but but also why th- why we have all of these why safeguards are in place for when you have human subjects is because of if we, if you don’t, then you have s- things like this
tera: And it’s so easy to take advantage of people. Like, when you look at like children, very important to be able to do research on children, but very difficult because they’re not able to usually make their own decisions.
mary: Yeah, they can’t consent.
People-
joe: People
in prison,
tera: prison, another very he- heavily regulated because now you’re kinda holding an advantage over them, and they’ll [00:20:00] take- Right … whatever they can get, and you’re- Yeah,
nick: you hold their life over them being
geo: like- Mm-hmm
nick: Yeah … “Well, you could get a reduced sentence, but you have to go through these-” Right …
you
know- really
terrible
joe: things. Right. That was, like, the Tu- the Tuskegee kind of experiment. So, I was gonna say, yeah, people in p- poor economic situations. So the Superman, the Reign of Superman, that, that’s an example
nick: a very fitting-
joe: Right. Right. Also,
geo: also, not just hard science, but, like, psychological studies. I mean, think about
joe: the- That’s true
geo: the, was it, what’s his name? S- Stanford.
nick: Oh, you’re not going with the
geo: Yeah, the one where you have to give someone a shock, and then you keep giving it, increasing it.
And they didn’t actually shock the person, but the person
joe: thought they were Right.
That’s right. They were being shocked. Right. Right …
geo: That kind of thing is, like, all
joe: Psychological kind of
geo: laughable … all these traumatic,
tera: yep.
geo: No,
nick: It’s not the one I was thinking of.
joe: are you thinking? Are
geo: you thinking of
nick: the- The Stanford Prison Experiment.
joe: Was one was that?
that?
nick: That’s the one where they divided the students up,
tera: So- Oh, yep, yep
you had
nick: prison [00:21:00] guards. You guys are prisoners.” Yeah. And
joe: they all consented to that, right? I mean, was they were
nick: I think
joe: so.
18 or… I mean, they were, right, college kids. They weren’t, like, high s- Lord of the Flies kind
geo: but they had s- They…
It feels like they did do that in, like, elementary schools and stuff. Like, they had people pick because of eye color, what
joe: that was, but that was a teacher. But I think that experiment was a teacher explaining discrimination, and she separated them blue eye, blue eye and brown eye or black.
It was
like some- Yeah, no, same Yeah When you exclude people based on some arbitrary phenotypic feature that it’s not fair, and you feel it there. So it was an example. You’re right, it’s… That’s a psychological experiment. I think you still need rules, and there are rules about that.
But Injecting someone with radioactive materials to see where… Or bio- a pathogen to see how they respond, but mental stress is also a stress, so I don’t wanna discount that. Mm-hmm. But you’re absolutely right.
geo: But yeah, you’re right then.
Mm-hmm.
nick: So question for the two scientists in the room. Do you guys feel [00:22:00] that lab safety, it hinders at all or no?
joe: I’m
gonna go no. Yeah. I think that I- like I said, the protocols are in place. So if you have an experiment that you need to do that involves patients humans, animals of any sort of animal you have to then, go and get protocols
approved.
Um-
tera: why you’re taking that specific subject over a…
geo: right
over a- A different-
tera: only word I’m thinking is lesser, you have a hierarchy. You know, m- a mouse versus a
joe: Yeah, right
nick: Yeah, right … Mm-hmm
tera: versus
a human. Like, as you go up to the more complex, you have to justify why you can’t do it in a simpler organism. Why do you need an animal versus a cell?
joe: animal versus a cell? Mm-hmm. Yeah. The IACUC, the institutional animal ca- IACUC. There it is. Institutional Animal Care and Use Committee. And so, the three Rs replacement, reduction, refinement. So replacement, as Tara was saying, is can you use a different model besides an animal?
Reduction. Use the [00:23:00] fewest animals possible. Like, don’t… We need thousands, and you really can do it with a few. Mm-hmm. And then refinement. Minimize the pain and distress, right? So y- through anesthesia-
Exactly … and housing and things like that. Right. And sample size, all that stuff becomes important.
So, you know, the big one was, like, cosmetic testing. Yes. I think there was a lot in the ’80s and ’90s. That
was a big
tera: they still do it in China. It’s one of those things ’cause I’m also very into beauty YouTube if you can’t tell from my eyeshadow, sorry users. She
mary: It shows a gorgeous
joe: pictures. We’ll have that on the-
mary: It’s very
joe: we’re in studio.
mary: Yeah. Eyes.
tera: And
a lot of especially independent brands are vegan and so no testing on animals, and you can’t sell in China because China regulations, and I think they’re slowly changing, but they require to do their own animal testing before they’ll allow you to sell in China.
joe: in China.
nick: Interesting.
joe: Interesting.
geo: that’s because they’re afraid something would affect…
I mean,
yeah. Yeah.
nick: if you’re gonna sell an eyeshadow and you need to put it in the eye of a rabbit, [00:24:00] then maybe you don’t need to be selling that eyeshadow, if you can’t test it on a person.
geo: Yeah.
joe: I think also too it’s about-
industrial,
Regulations.
Right. And if you’re a little loose on that, can ingredients sneak in that are harmful to humans? And so if you know this happens- … in your, country, then you go, “We need this test done.”
We need it. “Right, because we need to make sure your processing, your manufacturing is really good.” It’s something we take for granted here in America that we are at a point where all these guardrails, and people complain about it. Yeah. But they do actually-
geo: I don’t know, but then- They do more than you, you think …
joe: they do more than you, you
geo: right now … then other countries,
mary: They’re probably being dismantled
geo: I think they do more in some areas. Yeah But look at food.
joe: why I said we take
it for granted
because- we
geo: all kinds of crap in our food- Yeah … that other countries won’t. So,
mary: Paula Poundstone has a little bit in her routine. Paula Poundstone, she’s a comedian.
nick: Oh.
joe: Oh.
tera: And,
mary: you know,
where the cosmetic, where, [00:25:00] “Caution, eye irritant.”
Well, yeah What isn’t an eye irritant? I mean, seriously
geo: an eye irritant
mary: is an eye… Whenever you say caution, eye ir- it’s, yeah, you put cosmetics in some poor animal’s eye, of course it’s gonna hurt. Well, yeah. You know? I mean, ’cause it hurt, …
tera: this eyeshadow on my eye- Yeah
says, “Not for use around eyes”- … on the packaging because the US and the FDA won’t, the FDA won’t pay to test more eye pigments. Mm-hmm. And so they have certain eye pigments, especially pinks and reds, that are banned for use here around the eye, but are perfectly safe in the EU ’cause they’ve been tested.
Okay. And so they have to say it’s a, not an eyeshadow, but a pressed pigment that is not safe for use around eyes so that- you use it as you want. Use it as you want.
joe: Wait, So
nick: wait, So
joe: it, but the US
doesn’t. Right. Because the US
nick: The EU approves it, but the US doesn’t because the US doesn’t wanna spend the money to do it. Correct. So that-
tera: bothers me And [00:26:00] they won’t use the EU’s- Like-
research, or maybe they don’t have access I don’t know. But they have to,
nick: louise.
mary: put ’em…
tera: They, yeah, so they need the testing to make it legal, but they won’t pay. They say that the companies have to pay.
joe: Yeah. Yeah,
mary: Yeah.
geo: To pay. Yeah.
nick: That’s a red
joe: So I’ma, I wanna I’ma touch back. We can get back in the real world, but I’ma go Spider-Man.
geo: We can get back to eyeshadow.
joe: wanna cover a few- I, like I said, a couple lists, but this is the, maybe the villains.
I mentioned a few already. But let’s just go through some. The Lizard, Dr. Curt Connors. He was trying to regenerate his arm. And decided
geo: a doctor?
joe: He was a PhD scientist in a lab. Did his trainings, but he ignored them all obviously. And he was trying limb regeneration and thought you could take a reptile and use their regenerative abilities.
I, I think there’s a little faulty science. I think we [00:27:00] touched on this in another episode. He probably picked the wrong animal to try this with. But there was no institutional review, no animal trials. He just injected himself with some sort of mutagen, and
nick: I thought he did have animal trials, and that’s why he was- confident in
joe: I don’t think he did.
I think it was slim. It was very scant trials.
geo: We may have
nick: we also don’t get the whole backstory
geo: we might have to do
nick: everything he’s done,
joe: still- Pretty sure … It’s very, in most labs, it’s, you don’t just go from animal trial to injecting yourself.
nick: So is it illegal to inject yourself?
joe: It’s not necessarily illegal.
geo: it’s yourself. I
joe: But you are
tera: But you are an N of one.
joe: Yes, that’s right. Yeah. Well-
tera: And you might be dead.
joe: yep.
nick: But, like, if it’s, if you’re already on the brink of, like, dying and you’re like, “I need to test this,” ’cause what,
joe: But he wasn’t dying. He
just- I know, even wanted to regenerate his arm.
I mean, that’s a very… Couldn’t use the prosthetic thing, the little hook. You know,
he couldn’t…
I mean, people-
geo: more advanced things
joe: I’m just [00:28:00] saying that he
nick: when it
tera: when they
wrote that, they did not
joe: Potentially,
tera: I don’t know,
geo: year was that?
joe: I think when Dr.
Connors came online. Early villain. He was, yeah. I mean, he was one of the earlier
ones. Yeah.
geo: probably had something other than the hook.
nick: than the hook. A wood pan?
joe: You know,
tera: if hooks are good enough for a pirate, they’re good enough for him.
mary: good enough for him.
Thank you.
geo: him. We wouldn’t have Lizard Man,
tera: wouldn’t have
joe: Man.
tera: Man. Oh, right. So question for someone who is more into the movies of Marvel and not into the comics, this sounds almost similar to Extremis.
joe: to Extremis.
Nice. Yep.
tera: Yeah. Is that kind of similar to, like, the Iron Man 3, Extremis
joe: regenerating-
Yeah,
I think he was trying gene editing in 1963. You can imagine the state of gene ed. There was no CRISPR. Yeah. There wasn’t really… DNA was just being understood.
So this was really fascinating in what you could do with it. And like I said the science is a little wrong. I mean, reptiles can. They have some regenerative properties, but a axolotl would have probably [00:29:00] been the better pick because they truly can regenerate full limb-limbs.
geo: I see a new super villain coming.
joe: Axolotl man or
woman.
tera: Yeah,
geo: and that would be so
nick: The Axolotl.
tera: Axolotl.
Axo Man. They
nick: have axes. And his sidekick, Lot
joe: Axo. Hey, we need
tera: Lotl Boy. Like
joe: a little flappy face thing.
nick: aren’t really good with the axes, so they end up chopping off their own limbs.
But they can regenerate them. It’s
a really- Can
joe: off and throw them at people.
nick: God, I would love
to
joe: You could do it. There we go. So we need to like– Yeah, we got a lot of ideas on these podcasts.
nick: lot of ideas on this podcast.
geo: this podcast. Somebody write- Yeah … take a note. Take
joe: but
I mean, I, I’m just gonna… I’m trying to point out the scientific lab safety regulations. Like, the way he got to injecting himself, it was… That’s not the way. You just don’t inject untested mutagens into yourself, no matter how desperate
you
geo: not advised. A
joe: should– I mean, it’s, there’s kind of regulation about self-doctoring yourself. If you’re [00:30:00] a doc- like a physician and things like that, in clinical settings or lab settings, there are rules around you prescribing medicine to your… All sorts of things like that because you?
can get desperate and- Well, that’s… Yeah. No, it’s
tera: your name on the prescription- Right … and your name on the to
geo: I guess that
joe: prescription. So Yeah, that’s right. Yeah. Someone
looks at it.
geo: could be a problem.
joe: Who is
tera: And now it’s all digital, so it’s literally coming from you, for you.
joe: Yeah. Right. So yeah, so there are– these things are in place to stop that because you are desperate.
You do wanna try something. You think you have something that’s meaningful. We can look at, once again, Jeff Goldblum in The Fly. Ooh. That’s
mary: That’s right.
nick: I
joe: right. I
geo: that is.
joe: that movie. Yeah Hey.
yeah. And trying to test, he was desperate to prove his technology worked, and he got into the pod after, you know, doing what he was doing.
And
mary: himself, by the way. So yeah, that’s a
joe: no one else. And so like- uh, that’s the other thing. A lot of times in labs, you’re not supposed to be there by yourself. Like, [00:31:00] you’re supposed to have a partner or people know you’re there, or you are staying by yourself and what are you gonna be doing exactly, checking in.
So these are the kind of rules and things that are in place to stop that kind of thing. But I digress a little bit because Jeff Goldblum. But, Yeah.
tera: I mean, and to be fair,
th- this- Yeah. In a real-life setting, how many people do you think are just injecting themselves with
joe: something Right.
I don’t think it
tera: a lot.
Right? Yeah. Yeah. Well,
joe: oh
tera: I
mean, maybe if you’re doing clinical research- Like- … but if you’re in the lab.
joe: So I was gonna, I b- th- nice jumping around here and then
nick: a fly’s jumping around here. So many
holes to
joe: a while … biohackers. So biohackers are one of these things where you have PhD scientists non-PhD kind of citizen scientists who are taking it upon themselves to improve their bodies.
And so you have people like grinders they’re inject- implanting magnets, RFID chips, LEDs under their skin. [00:32:00] harmless to some extent. This body modification, like kind of extreme body modifications to the more DIY biology folks, optimizing diet, supplements, sleep kind of aids.
And, they’re trying to improve their health and, but they’re trying to hack how they work all the way to probably the more serious and more concerning, when I was reading, and I didn’t think about it, but gene editing and CRISPR. You can buy CRISPR kits. There’s no regulation. Like, if you just wanna order one, you can get a CRISPR kit.
You can start-
nick: We’re gonna keep the
link in the bio, right? Or in the footnotes, right? That’s right. Terror your logs.
joe: this person, 2017, Josiah Zayner, he was a former and NASA scientist injecting himself with CRISPR gene editing solution at a biotech conference- Yeah … on a live stream. He was attempting to edit his muscle growth genes.
You know, no clinical trial, no IRB, no follow-up protocols. But then he later came out and said he regretted doing that because he didn’t want other people to try it-
’cause someone could get hurt. [00:33:00] But he has publicly said he wants to be the first person to give himself a superpower. So I’m sorry, Nick, I know you say that a lot on the podcast, but he got there first, so.
Yeah. 12,
geo: you still have time … And
joe: and then
in
nick: open that box. …
joe: you had Trey, Aaron Traywick. He was a biohacker, hacker COO, CEO who injected himself on stage, once again, with a unapproved herpes treatment. He did die shortly after, but in, it was unrelated.
tera: I mean, nothing like calling yourself out o- on stage.
geo: calling
nick: on stage.
geo: on stage.
joe: I mean, that’s more like dying from like a stage
geo: but yeah,
nick: Yeah,
joe: But yeah but this stuff you can have these garage lab setups and they work outside of the regulatory framework. So you have people here who were scientists or science affiliated, probably did trainings and all this.
NASA, I don’t know if he was a biologist. So you have this, engineers, safety is a little different. Like, there are different trainings for people. How do you handle that? Biosafety levels, we n- we probably will [00:34:00] touch on that in a little bit. But you have this whole thing where you don’t have sterile, containment,
No contain- no secondary containment if something goes wrong.
No regulatory kind of protocols in place. But yeah, can you
tera: no sterility of-
joe: Right … your
tera: you’re injecting yourself with.
joe: yourself
nick: So there is a chance that t- they are, there are people out there still experimenting on just random folks. Well,
tera: there were the CRISPR babies. For
joe: themselves, right? I mean, yeah, or the CR- The CRISPR-
right.
tera: Yeah. The CRISPR the scientist who, oh- China, right? Yeah, I think it was, I was trying not to pick on China, so I didn’t wanna say it ’cause I wasn’t sure.
But yeah, he he gene edited to, for certain traits, correct?
joe: Yeah, that was it. Right. Yep. Huge.
nick: Oh, Tara, I just got an email. Jesus. It said that you’re uninvited to China.
joe: said
that you’re uninvited to China.
Yeah. Your visa’s not been
approved.
tera: It’s been revoked.
joe: I threw around IRB, like, and no one here said, “What is IRB?” But that’s the Institutional Review Board, just wanna make sure.
So you have these, [00:35:00] like, ethics gatekeepers that review your protocol. So you write up what you’re gonna do. I’m gonna inject Nick with X, Y, Z, you know, gene editing- Here’s his new- … solution. Nick thinks it’s cool.
and then…
nick: they… don’t care what- The- … Michelle says
tera: committee- They
joe: And then the committee-
tera: says Michelle says it’s not.
joe: the committee… A- and so the whole thing, a committee reviews that. So they go and they look at it, and they go, “Well, what is Nick’s…” You know, they go through all the levels- Which coffee
do you like? … especially if it’s federal funding you have, they have to approve it. They review the science, they review the
tera: the
whole peer review that Joe was talking about to make sure it’s up and up
nick: Do they have to, like, do a mental stability check to see if they’re in the right of mind,
joe: or- Well, they’re checking if the research is ethical- Well- … and, right?
So
tera: but there are regulations on, you know, if you’re in treatment for major mental instabilities, you can’t consent to be a subject.
nick: So, like- someone that has dementia wouldn’t be able to-[00:36:00]
tera: Now, it gets tricky, because if it’s a specific dementia medication, then their next, you know- Okay
their power of attorney
joe: or right, the, the person responsible for
tera: be able to sign, kind of like children. But it has to be very specific, very well planned out, because that person is incapacitated in even more of a way than the average
joe: person.
nick: ‘Cause I was thinking of the Planet of the Apes film with James Franco and John Lithgo- Lith- Lithgow
Lithgow, where Franco was a scientist who was doing
geo: on- Mm-hmm. Which
joe: of the Apes is this?
nick: the Apes was this? This
joe: Oh, the n- the new ones?
the, Yeah, okay. the new ones … Okay. I
nick: With James Franco and John Lithgow. Yeah.
joe: John Lithgow is of age. He could’ve been in one of the many Planet of the Apes you know, Planet of the Apes, Meet the Planet of the Apes, so I was just wondering was he back then or was he more- Recent
tera: It
geo: It was fairly recent.
joe: John Lithgow, right?
geo: Right? I mean- It wasn’t the most No. It was- It was the first one that they started for the new
the r- right, right, the first of the more recent.
Yeah. Yeah.
joe: Louise,[00:37:00]
geo: Trying to
nick: Yeah. Are
joe: You’re trying to get on John Lithgow’s Christmas card list or something?
nick: Yes, I am. He’s a young- John Lithgow … vibrant man. He’s a- he’s old,
joe: ancient. I’m just saying that- … he could’ve been in one of the Planet of the Apes adjacent movies. They went into, like, the ’80s, all those… I mean, it was, like, eight or nine of them, so-
nick: There were
joe: so many …
nick: Now there’s so many more.
joe: There are
nick: I
love them. Hayley, what
joe: what
was- your point?
tera: What was
Did you have a point?
Yeah.
nick: So
he-
tera: ended up-
nick: Franco ended up,
joe: so- So
anyway,
nick: testing the drug on his father without-
joe: Oh, right. Yeah, the memory- Without his
tera: his father? Yeah.
Yes.
Yes. Yeah.
geo: yes.
joe: Young and vibrant, hey? Yes.
tera: Hey, Dad.
joe: Hey, Dad.
nick: were the same age.
joe: same dude.
Frankel was, like, alive. Hey, Dad, I really need, I need the TRITA-SLD to see if we can get you some fat foot.
Yeah, I was gonna, I was gonna say, I had a note in my notes here that biohackers probably are the version of Spider-Man villains. You know, they’re not [00:38:00] necessarily evil to start. Oh, yeah. They’re not stupid. They’re really smart people. They… And they’re curious people, and they have tools.
But they just ignore all the institutional infrastructure and kind of go outside the system to get to their own means and try to shortcut it and then,
geo: But then they-
nick: say
tera: would say
they also have major
joe: That’s right, yeah.
E- except I think in… Oh, go ahead.
geo: Oh, no. Sorry.
joe: No, I was gonna say, just finish that thought.
I think in the comics, they get superpowers and become villains, and they get angry because they feel they’ve been wronged- … by the thing that they’ve done to themselves. But I think in real life you probably just die a painful, horrible death. So let’s not do it.
nick: Wow, you really just dampened that mood. I’m
joe: I know, I’m gonna get, I’m, I’m-
nick: Louise. I
can’t wait till they
joe: we’re not getting biohacker sponsors. We’re not getting- Yeah. The Biohackers … Inc. At the
nick: a
geo: guest.
tera: it’s one of those things you really have to be careful.
When they first started with, , gene therapy and Jesse Gelsinger, , they had all sorts of research to try to use v- an adenovirus to edit your [00:39:00] genes, and this poor- What happened? I’d say kid, but I he might have been an adult, barely, but, died a painful death because it just went bad, and they halted it for a long time.
And really, CRISPR’s the big up and coming for gene editing again because nobody wanted to touch it ’cause they had jumped in so fast and- Mm-hmm …
it was just horrible.
joe: We just talked in the mini about the lentivirus-
nick: Oh, yeah
joe: gene editing for sickle cell anemia- Mm-hmm … they have for bone marrow. So that was, you know, you’re right. The virus models, that was supposed to be the next big gene editing, editing thing. But yeah, it had a slow start.
mary: Did anybody here ever read the zine Guinea Pig Zero?
joe: No.
mary: No. This was a while ago, but yeah, this he you know, wrote a zine about his ex- his adventures in participating in human clini- clinical trials.
joe: Oh, right. Yeah. Yeah. I think I’ve heard about people. I mean, you can make a good…
You can almost make a living doing clinical trials.
like-
if you … really say whatever- I actually did- one … you can- We did that They’re, [00:40:00] I mean- Yeah.
some of them pay really well, like the sleep study ones, and they’re not invasive. You’re not gonna die, but they go somewhere and you sleep for a while and-
tera: veins. I was supposed to have IVs in both sides when I was young. As a technician, st- signed up for, like, a four-night stay in the hospital. They wouldn’t take me.
mary: Oh.
joe: Yeah. Yeah, but there… I remember I read a story. I don’t know if it was- the same
person, but I’ve read stories where you make 40, 50K a year just doing studies, like going around and signing up and saying, “Yeah, you need, you wanna strap some electrodes to my head and watch me sleep, go for it.”
Speaking of electrodes Electro, Max Dillon. Yeah. He was electrocuted while working in the power lines during this lightning storm, and this whole thing
and-
geo: that’s not really lab safety.
joe: Well, I
geo: might be workplace safety.
nick: you’re saying
joe: OSHA
Yeah.
But yeah, so
tera: But
joe: mean- Typically
Nick is thinking about
nick: So the, I mean, they have different iterations of Max, where some of them he is in a lab where, he [00:41:00] falls into something and- Right
a pit, and others he’s that. But yeah,
joe: Yeah. He was alone. He was kind of-
nick: like he’s
joe: I feel like he’s always alone
yeah, he’s always alone. He’s… That was the big thing I had. He’s alone. He has nobody. He’s doing something seriously dangerous, and it’s “You know, I’m just gonna do it by myself,”
nick: I don’t wanna have to come back tomorrow. Yeah.
joe: Yep. And there’s some lightning, and then he gets all these electrical
nick: these, electrical- … Cardiac
joe: arrests and lightning, he gets the whole thing, and then he’s he’s like a biological capacitor essentially. And falling in pits. Sandman- Yeah
fell into a particle accelerator.
nick: Which I think they had a fun part in the last Spider-Man movie- Yeah … where Sandman and Electro were talking about, “Oh yeah, you really gotta watch where you
step.” I mean,
joe: Yeah. I mean,
the thing about it and it was, he
nick: they both fall
joe: running from police. Like if you’ve been to Argonne…
I mean, I don’t know if, I mean, people listening has been to Argonne, but there are so many
nick: Wait, where that movie takes place? [00:42:00]
joe: Which movie? Which movie? Oh, the one with Keanu Reeves and,
nick: No,
geo: was at U Chicago.
joe: Yeah, that was at U Chicago. Yeah. With Keanu Reeves and Morgan Freeman. I
nick: it was,
joe: What was that? called? Ben Affleck. Ben
nick: Yeah, Ben Aflax.
geo: Is
tera: Is that the new sponsor? Aflac. Yeah, Ben Aflack’s.
joe: gonna
nick: Aflax. He actually sponsors us because he’s sponsored by Aflax.
joe: know where Oh, yeah I don’t know I don’t know what’s happening now
nick: licking
geo: funny.
nick: rocks,
joe: Nick was licking rocks, and so now he’s a,
he’s
in a
different dimension We
tera: children.
Please don’t lick rocks.
geo: lick
nick: you lick rocks
joe: you- You gotta call Ben Afflax
nick: With Ben
joe: us
nick: Aflax.
tera: for…
joe: You, you- but yeah, if you go there, it’s staffed. There’s big red buzzers. You’re not allowed when the doors close, things like that. –
tera: You’re not allowed to run …yeah. You’re
joe: from police. You’re not falling into anything. And so yeah, it’s a very weird , thing there, so. But you have, like, Green Goblin, Norman.
You know, he did testing on himself. [00:43:00] Self-administers solutions. He you know, he has… He’s, he was
nick: But he- …psychologically unstable
he did have other people in the lab with him.
joe: He did, but I mean, he was also the funder of the research, so no one was gonna
stop him. He was tied to the-
tera: of interest
geo: I
mary: I think
joe: do you got pictures of?
nick: of- Nothing. Ar- Argo is what I was
joe: Oh. Argo. Oh.
nick: Ben Affleck.
tera: Affleck Argo
geo: That was at Argo?
tera: the same
nick: I realize that now.
geo: Oh.
joe: quite the same. No. No, it wasn’t. It was the other mo- It was the one, I can’t think of the name of it. Cold Fusion?
Yeah. Was that it? Cold Fusion? I
think that’s it right.
there. It was… Yeah, don’t watch it,
people. It’s really bad. Yeah. it’s like I think
geo: got Keanu, but yeah.
tera: Wait,
was
joe: Morgan Freeman
tera: at U Chicago,
joe: Yeah, he was a scientist. Him
and Morgan
tera: did he film- I think he- At
joe: it was. Yeah, it was
tera: outside Man, I
joe: It was
like, south side of Chic- it was, like, an offsite lab, and so they were there and…
But
it was in- But they were
already seen at U Chicago … yeah. They destroyed
Hyde Park, I think. Like, it went, nuclear and just-
geo: Yeah.
nick: I’m not trying to knock Keanu, but [00:44:00] I don’t ever see him as a scientist.
joe: as a scientist.
tera: Oh.
nick: Like- Whoa
mary: No, definitely not.
nick: He’s not…
I like him.
He’s just- Yeah,
he was
geo: I
joe: doctor in As Good as It Gets,
right? Seemed like- No, uh, no. a
geo: He was that in the ’90s though? No, it wasn’t it wasn’t As Good as It Gets. It was the other one. Not
tera: as handsome as in
joe: was…
tera: It wasn’t As Good As It Gets.
geo: Oh, yeah. Something’s Gotta Give?
joe: Yeah. Yeah.
Well
geo: was- I was gonna say, it seems like a lot of the villains in Spider-Man, they get more villainous as they go on, right? I mean, they, it seems like they were more like a balanced human being, but then as they have these powers,
nick: Yeah, they have m- a little bit more of a psychological break
where- you
geo: see them go, “Oh, maybe I should rethink this,”
tera: Georgia, think about it.
In order to inject yourself with something or to do that, you’re probably already close to that psychological break. And so it just pushes you to the
joe: edge. It’s either accidental, like Nick was joking- Yeah … you fall into
something- Or you’re- …Or you’re doing something …experimenting … or Spider-Man accid- it was [00:45:00] accidental. True Like, it wasn’t your fault. Now, you didn’t intentionally plan on-
Getting bitten encountering a poor lab safety. So they fell into or wandered into a poor lab safety situation. Or you were desperate in some, or mentally unstable, and just decided at some point, you know what, the hubris of it and your ego gotten away and you said, “I’m, this works. I’ve tested it.” Like you were, we were talking earlier about Dr.
Connor. “Yo this worked. I tested a few things. I’ma go for it. I’m just gonna go. I can’t wait another day with my
nick: I’ll get the approval once they can see that it’s worked.
tera: Yeah.
joe: And my money. It’s like, Honey, I Shrunk the Kids. I mean, he’s building a shrink ray machine in his, attic or whatever, so
it’s,
geo: or the
joe: anyone, yeah. watch it My miniature wife.
tera: Yeah. That looks good.
nick: Oh, yeah.
geo: Yeah, don’t leave their little shrinking device- Right … just in your kitchen for somebody to
joe: plot device. If I wanna, write a good story or have a good show, I’m gonna mix the [00:46:00] shrink material in Nick’s hand putty so that No, put
tera: No, just put it on a
joe: that’s,
yeah.
nick: rock. Yeah. Leave it- “Hey, Nick, you want a suit?” Yeah. “
Yeah, I’d love a suit.”
joe: and a loaf of bread.
tera: Yeah.
joe: Some artisanal
tera: And a little bit of soup to go with that.
geo: so what are some of your favorite
joe: of cheese to go with that. What are some of your favorite lab accidents? Favorite
nick: or fake?
mary: Or just, like, ones that really- It- Not like, “Yay,” but like- Before
joe: we touch on that, are you guys familiar with the biosafety levels? ‘Cause some of this is what we talk about.
So
bio- Low, moderate,
high.
nick: high. Really, really- So no
tera: two,
joe: three, and four … yeah. really? low, scary. I was close. Yeah. So,
so you
nick: I had four of them.
joe: So I just want… Because it was interesting, ’cause this was all… I mean, the first kind of idea of even biosafety levels was back in World War II biological warfare research at Fort Detrick in Maryland where they created some of the first Class III biosafety cabinets in 1943 because they were working with [00:47:00] this, and they said, “You know what?
We need to work inside a box because this is kind of dangerous.” And then in the Asilomar Conferences in 1975, that kind of brought this kind of attention to biotechnology as it expanded into kind of start, the start of molecular techniques, and it was like, we need to actually regulate this. And then in 1984 was the NIH published the first edition of Biosafety in Microbiology and Biomedical Laboratories, and that defined four kind of safety levels. Safety level one, BSL1, you’ll hear referred to, is a basic lab. There’s a wet bench.
geo: what is your lab? Low
joe: risk.
tera: Two.
joe: We are technically a two. I’ll get there. Harmless E. coli strains and protections would be lab coat, gloves, hand washing, open benches.
tera: No
joe: goggles? BSL2. Not, yeah not that I saw.
I guess you could have goggles, but… And two, moderate hazard hepatitis B, salmonella restricted access, biohazard signage, [00:48:00] biosafety cabinets and for pr- procedures generating aerosols goggles would come in here.
tera: All gene editing would
be
joe: BSL2.
tera: a BSL-2
nick: editing
mary: at least- BSL- … a BSL-2. Mm-hmm.
tera: Oh,
geo: Even though you could just buy it
joe: buy it. Buy
it in your garage.
Probably.
nick: its way to my house
joe: know. Nick’s like- “Do
not enter my garage. This is a BSL-2 facility. Thank you.”
nick: Don’t worry, I have lab
joe: goggles. He’s like, “I’ve listened to the
episode-” Yeah,
geo: some
joe: several times.
It’s just like a kitchen. BSL three.
nick: is
joe: Serious potentially lethal agents, so TB, West Nile virus, SARS.
You need negative air pressure rooms, respiratory protection, decontamination of all waste, two door entries, so you’re cleaning in, out.
tera: Tightly regulated. Tightly regulated. Not everybody has access.
joe: cards. And then BSL-4 is the highest level. Deadly, no treatment at all.
Ebola- Well, un-treatment, like
tera: treatment. Like, it’s, it’s- Yeah … if some- When Ebola first happened it was BSL-4 [00:49:00] because they didn’t know what it was, they didn’t know how it was transmitted, they just knew people died. I think
joe: I think it’s still B- BSL-4, yeah. Yeah. I think
tera: But I’m just saying, like, that’s how things start. Yeah. Mm-hmm. If it’s that deadly- Wait, was, was- … it can be a
nick: So is that, was it found in a lab or was it-
tera: it… Ebola?
nick: Yeah. No. So y- you said that would be under that condition, right?
tera: Yes.
joe: Ebola, yes, and Marburg. Yep, Marburg. And they were studying
it. Marburg
And they were
geo: it.
nick: Okay. That’s what… Like, they were actively looking
joe: bring it into the lab to study
tera: for it or looking at it?
nick: At it, for it.
tera: were trying to- ‘Cause they weren’t looking for it
They were Looking at
it. They were looking at it because people were dying. Right.
So So they were trying
geo: to figure out what it
tera: anything emerging at first is probably, it’s going to be a three or a four.
joe: Yeah. Yeah.
nick: Okay. So-
mary: the safeties?
tera: on how- So what
nick: On current events-
The hundred- … as of when we’re recording
tera: this.
mary: this.
nick: What’s that virus?
tera: I was gonna bring that up. Yep. Mm-hmm. Yeah. Let
joe: me… I just wanna go through- The hot zone virus?
Before… Hold on. Pin that, because in the BSL-4, [00:50:00] full body pressurized suits. If your suit is damaged, pressurized air forces outward, preventing any inward contamination. So it’s complete isolated facilities, full shower, out
protocols. That’s from
geo: Hoffman in Outbreak, right?
Outbreak
joe: which poor lab safety because of the centrifuge scene.
Oh, yeah. that’s how it
spread. They got this deadly… They were kind of loosey-goosey with it. It should’ve been immediately a BSL three, four level. But they were in there with their technicians,
goofing- Two … yeah. the,
mary: z- The centrifuge. Yeah.
joe: it w- didn’t stop, and they tried to stop it ’cause they were being rushed, and then it, they get splattered.
And then they don’t say anything. I mean, you get splattered with blood contaminant generally you usually fill out a form or something like that, and you move forward. But here they did not. And so yeah, that led to the outbreak. But right, that’s where you’ll see it. In most movies and stuff they have BSL-4 agents, but they work like it’s a BSL zero.
nick: You know who also has really bad
lab
joe: it’s got,
nick: Yeah. Plubris. Oh, yeah. Oh, [00:51:00] that’s a
great example.
Plubris,
joe: The, uh, P-
geo: And then they’re like, euh, they’re licking.
tera: Oh, yeah. Oh,
nick: Pluribus. Plurbus? I thought it was
joe: Pluribus
tera: I was gonna bring that up, too.
geo: the
mary: Pluribus is one. You
tera: can say it by letter … yeah, at the very
joe: I say blada
tera: I was thinking about it this morning. I’m like, “What was…” I’m Googling. Mm-hmm. What was the- “What movie or show had bad lab safety where they pass the virus by kissing?”
joe: Whoa.
nick: I think that was a hole research after dark. show.
tera: It was-
joe: is. What’d you get on your list? Oh, you got a
geo: we wa- Nothing … we wanna Nothing oh. Was it- We wanna
tera: Contagion is the only thing that came up Well,
geo: Contagion, I did think of Contagion ’cause w- she was at, she worked in a lab,
joe: But there was no… I don’t think there was no poor… Actually, it was a really good movie, and there was no
poor lab safety. The pig ran loose Um, The-
geo: was the sushi chef
joe: The restaurant in-
And
geo: animal. It was transmitted through an animal and then- It was
joe: virus, yep, that, that jumped. So it was [00:52:00] probably a flu that jumped, and they were at the restaurant, and the pork was poorly cooked. Like Nick said, like in a kitchen. You know, BSL-4. I ne- I- Yeah
nick: I’m gonna go on record saying I never got anyone
sick. And
geo: I- That’s
joe: you
nick: My kitchen safety-
joe: have not started a pandemic is what you’re saying? Exactly.
nick: My
kitchen safety was top tier.
joe: How many days without starting a pandemic?
mary: How many days
tera: It
nick: days without hurting
tera: in his household.
nick: was always really low.
joe: But yeah, no. Contagion was that.
But yeah, kissing.
Oh, that’s a good
geo: have a thing in your lab, like however many days since an accident?
nick: accident?
Without- That’s awesome … contamination?
joe: really had no
accidents. yeah.
tera: We’ve… I mean, we had
nick: I don’t think they wanna
discuss that. We had a few.
geo: used properly. But
tera: I
geo: I’m thinking of the actual
tera: nitrogen and accidentally
joe: gotta say what PPE is Uh, personal pro-
nick: Yeah,
tera: protective-
joe: Yeah, equipment. Yep. Mm-hmm. PPE? PPE.
tera: I figure after the pandemic, everybody
knows what PPE is.
joe: It’s a PPE
[00:53:00] thing
tera: You down with PPE? I think, I think-
joe: actual- Yeah, you know me.
It’s that with PPE . Every- Is that
nick: my PPE. Is this-
tera: whole
joe: though that you have
geo: actual thing? They- There’s no PPE. Is that- Is that an actual thing,
tera: No.
geo: you have to have a
tera: No.
geo: No. No. No.
nick: What? There’s
tera: think in some
joe: no s- That’s, yeah. I think it’s like workplaces. The, I can see the
safety.
tera: think- … total haughty derision. No.
joe: the In
some
workplaces. I
nick: I think that’s more warehouses and
joe: I
geo: gonna say I think in some workplaces they
joe: that. Our safety inspector comes in- And the food
where is your sign at? Monsters Inc., Monsters Inc. Joe,
tera: Monsters. You, Joe, we failed. Mm-hmm. We don’t have our
nick: our
tera: No, the signs we have to have are, “No food and drink allowed in this refrigerator.”
joe: That
is.
one. Or microwave. Or microwave or- Yeah …where the eye washes are at, how often they’re tested
so that they, you know,
tera: tested
nick: Labeled everything. Yada.
joe: And
tera: And other things get tested that we don’t. Like, we have the shower, and they test that once a year. They make sure the flow in the safety cabinets are- Mm-hmm … up to par once a year.
nick: to par [00:54:00] once a year.
Mm-hmm. So back to my question.
joe: Oh, what
tera: Which one?
joe: You did ask a few questions. I
nick: know. I had a lot.
geo: That’s all
joe: That’s all right. We’ll get to
nick: the new virus that’s
joe: Oh,
geo: yeah, on the
nick: that be
tera: Which new virus are
geo: the cruise ship.
tera: On the cruise. The
joe: The hantavirus? The hantavirus, yeah.
tera: That’s not new.
nick: Well, it’s new to me. It’s in
joe: to them. Yeah. It’s a
nick: It’s
geo: It’s in
nick: I’m not someone that’s like, “What are these
tera: The new outbreak of the
joe: virus. yeah. Yes. Yeah.
geo: currently being s-
tera: In another lifetime, I would’ve been one of those virus cowboys going out and studying the outbreaks. Oh,
nick: could
still be that. Yeah. No one’s stopping you.
joe: I’m a cowboy. I wanna steal a horse I ride.
nick: is that gonna be, like, a higher level or no?
tera: So they know more about it, although this gets interesting ’cause I just saw today that this is the version that actually can be transmitted between people.
joe: There– I mean, they were trying to decide that because they were saying it might have been a couple that came on, and then they [00:55:00] spread it.
tera: it.
‘Cause normally it’s through rats. It’s through
joe: feces and urine, most strains. But there are a couple that can be passed, and they don’t pass… They’re not transmitted human to human. But this one they thought might be, but it’s still-
tera: don’t know if it’s aerosolized, if it’s- Yeah …
like, something like smallpox, for instance, is, like- Very
crazy contagious.
nick: So what lab safety is this gonna be under?
geo: Oh, four. Wouldn’t that-
joe: Yeah,
probably Three. Yeah. That’s four times.
tera: But they understand it. It’s not unknown.
Oh, okay. All right.
It’s not, it’s, I don’t think the death rate is as severe as- No … Ebola. I mean,
joe: like,
geo: Could be a game, guess the safety level.
joe: Yep. Or even COVID. I mean, you think the cruise ships with COVID. I think everyone on the ship got COVID eventually. Well, they
didn’t clarify
geo: as?
tera: it
joe: it’s interesting ’cause we had conversations about all that, ’cause we had some imaging- Oh,
mary: a good
tera: I think if you, like, true reproductive COVID was
joe: Yeah … it’s a three.
If you’re actively growing it in cells to study its replication, it became a three. But if you were just studying, like, the [00:56:00] spike protein or kind of non– You’re not actively growing it, you just have some in a tube that,
it became a
tera: It was a two
joe: just
geo: So you coulda had it in your lab?
tera: We did.
You did
geo: have it in your lab. We had it. Oh. Okay.
joe: Yeah,
mary: Oh.
joe: did. Oh. Yeah, we did. Yeah.
nick: So how…
joe: There was some work we did during the pandemic. We were in there. We
weren’t wearing the main labs, but
geo: letter, and it got all like worn.
joe: It’s hanging on the
wall. The– It’s right there on the wall in the studio, basement studio.
geo: That means
nick: I
tera: to have the letter because Joe had to come down with COVID himself. yeah. And so then I had to go into the lab instead of him.
joe: then I was like, “You need to go check on equipment and
projects that were going.” Yeah.
geo: right?
It was called an
joe: yeah,
it was an essential. I had to go in
and
tera: so essential for once in my
joe: life.
mary: No, I went, I had, I had
joe: No, I went. I got– I had to go in and, yeah, anything that needed to be loaded or, and, yeah, samples. Meetings, a lot of meetings with safety and how we should handle these samples as they came in. Okay. And we work with other people with BSL2. We haven’t worked with anything BSL3, but we’ve, , I’ve worked with mouse prion samples.
tera: Would [00:57:00] human prions be three?
joe: Oh, maybe almost four. I don’t know. Yeah,
you’re
nick: can you
geo: you a
nick: what that
geo: right?
tera: a prion is? a
mary: humans
geo: think
that makes you a zombie. Kind of prions. Yeah, that’s
joe: Yeah, and
the prions, that is there.
tera: the most common one if you hear mad cow. It’s, like, a misfolded protein that can cause other proteins to misfold, so it almost, like, is contagious in a way. And if it’s in your brain, then it takes over and damages that part of the brain.
joe: So that’s what mad cow was. It was a prion. And they’re really– They’re interesting because why do they cause the other proteins to misfold?
And there’s no cure.
tera: No. And so in a way it’s like con- a contagious protein.
joe: they go two or three. G- I think if you’re like in other species, mouse, ’cause they don’t jump, so, or that we know of. But yeah, so yeah.
Yep,
tera: yeah. Yeah, there are things that I’m surprised are only two.
joe: No there’s all sorts of weird stuff, like, somehow like a one of the flesh-eating bacteria strains, and it was like, oh [00:58:00] yeah, this is a… And I, I started working with something, they were like, “Oh, yeah, this is flesh-eating.” What? Oh, time out. What are we doing here?
tera: But then you have a
yeast that just you’ve put something in there so it just makes less of one protein, and that’s also a two because you’ve genetically modified it.
mary: Oh, I see. Okay.
joe: genetically modified it. Oh, I see. Okay. What do you bring up? The Plubris Pl- Pluribus
Pluribus. Plubus? Pluribus. Oh, really?
nick: Pluribus.
geo: so we won’t know.
joe: Pluribus. That’s right. Let’s say it really quick.
mary: Pluribus.
joe: but yeah, but they had a BSL-4 scene in there. They started it the right.
It looked like They were doing
tera: going- But then they did a terrible job, yeah.
joe: punctured herself, and then it was a whole… It was like, I’m gonna take you out of containment as you’re having some sort of disease episode.
Now, generally, you wouldn’t do that because you know once you take that person out, you would then contaminate every… You know, you could potentially start an outbreak.
So it was really- the
nick: What they
did …I
geo: was gonna say The Stand is a-
joe: In The Stand,
tera: …but
at the same time, they were under very strict guidelines.
If [00:59:00] this happened, you do not leave.
joe: They could not leave. Well, that was the green light. Yeah. The sniffer. And so that was, yeah, if you haven’t read The Stand, and it’s older than 20 years, so- No, but
geo: No, but don’t spoil this.
nick: beginning.
tera: but yeah. Well, I
haven’t finished it. It was a little-
It’s a
little- much for me. I had to step away, but the beginning
joe: but yeah, so Stand was poor. But it wasn’t the lab safety protocols. I think The Stand points
tera: out that- … everyone around the
joe: if you have the best lab safety protocols, if one or one person- Well, I think- … breaks containment
of something very- I think
geo: back to human error- That’s right
you know? Or human stupidity,
joe: Or human
tera: Well-
geo: or I mean, you might just like…
joe: Yeah.
geo: You know
what I mean,
tera: be fair- You know,
you- … his thought was, “I wanna save my family. Crap’s going down.” Right. “I need to get out of here and get my family out of here.”
Right. That’s it. But
that- You
joe: and get my family- That’s right
out of here. Yep. Yep. Right. Definitely. Well, you had the, well, you had the nurse also at the facility, and they had the signs that if you feel sick, right, that you should say, you should report it. So she was a trained professional and had a little [01:00:00] sniffle, and they said, “Oh, this is seasonal allergies,” and didn’t report.
So the whole CDC
tera: I had
joe: went down, right.
nick: Was it from him?
tera: No, I felt like seasonal allergies, and it was COVID.
mary: Yeah.
nick: Yeah.
geo: Well,
I wanna say what it wasn’t really a lab, but one that I find super funny ’cause we talked about it in the Gremlins.
nick: the Gremlins.
geo: Remember the high school science lab, and he’s
joe: sandwich All right, yeah.
That’s right, he’s got his sandwich there. He’s doing an experiment. He’s got the… And yeah, we had a whole conversation. We did the Gremlin episode with Chris Guzman who’s gonna be back for ET. He’s coming back to talk
nick: you- Man, you’re doing spoilers already?
joe: am.
tera: I’m dropping spoilers.
BT. Do
joe: you
follow us along.
geo: It’s a teaser
joe: I know,
nick: even recorded yet. Well, we
joe: I really can’t
spoil it, but yeah. But yeah, we did talk about that scene with the science teacher, and he had his sandwich, and he’s doing the
geo: just
joe: experiments. He had a sandwich. But yeah, then he’s got his sandwich.
He just sits… So you should not eat at the bench while you’re doing,
tera: when I was in high school- … the guys would go in the [01:01:00] back chemistry lab, grab a beaker, take their Reese’s Pieces- Mm-hmm … put them in the beaker, melt them- and then chip them apart and eat them out of the beaker.
nick: them out of the
beaker. Oh yeah.
joe: do that …They
tera: have
superpowers right
joe: they could. They could
be there, Nick. They could’ve beat you there.
geo: other way.
joe: the other way. Yes, that… Right, they could not be,
mary: not be. Before we move too far away from The Stand, I… Well, I read a long time ago, but the… Did anyone ever see the miniseries that came out somewhere in the mid-’90s?
joe: I think we started, but I have not.
geo: The…
mary: Well, you
joe: read the book many times, so.
mary: can s-
Well, sorry, guys, but you can, whoever’s involved in this, but you can skip the o- everything after the first episode because the first episode- That’s good
is
nick: an
endorsement.
tera: Yes,
joe: watch the
geo: But- But definitely
joe: we’re going. If you haven’t watched it-
mary: here, let me- No.
geo: Watch the first
joe: first
episode and the last, and you got
nick: it. Let
geo: Mary finish.
mary: the love of God.[01:02:00]
joe: Jesus Christ. Okay.
mary: Jesus Christ. Okay. Anyway, but it’s cool because for the for two hours it’s you know, you have the massive container breach, and you got the guy that’s
like,
he sees all the stuff going down in the lab, and he’s like, “F this, I’m leaving.”
And, he s- sneaks out of the gates and causes this worldwide… And some people are getting sick, and the very end of that first episode is the scariest scene in the whole thing because all this time, one of our characters is being monitored in this lab that is, looks like BSL 10 or something.
You, you know what I mean? Everything is s- completely locked down. And at the very end, I’m not spoiling anything because this is part of the miniseries.
geo: And it’s only the first
nick: And how many episodes are there? There’s
mary: four, and y- and you can miss all but two, three, and four. But the first…
And then at the very end, the doctor that’s been very very scared of this [01:03:00] guy because, he was exposed and he’s totally fine, and then the doctor walks in and
very obviously sick, and he has something behind his back, and he’s just smiling. You know?
And he’s just… Oh, so scary. Oh, my gosh. It’s good stuff. But, because at that point, like, all pretense of lab safety and containment and, “We need to study you,” and everyone’s gone. It’s just our main character and this doctor who’s getting ready to j- to drop. But, ooh, it’s so…
Ugh. Anyway, d- treat yourself. Just treat it like a whole movie. Right. Right. And just watch that one episode, and you can skip everything else ’cause it’s good stuff.
geo: And then you can read the book. Yeah. But you gotta, like, allow for some time.
joe: it.
Yeats.
mary: It is it is a bit of a doorstop.
Yeah. And
joe: in The Stand, the one military guy who’s making decisions and realizes that the containment, this super- Mm-hmm … this bioweapon has breached. He [01:04:00] was talking about his daughter gave him a book, and he goes, “Have you ever read the Yeats?”
It
mary: Center Cannot Hold.
joe: Yeah. Right, yeah. So that’s right, yeah.
mary: Mm-hmm. you know,
joe: you know, this guy Yeats.
geo: guy Yeats. Anyway.
joe: But yeah I
geo: have
joe: I have a few, you know, kind of,
nick: Joe, did you ever get to your list?
geo: Yes, he’s been going through the list. I have
joe: haven’t
nick: that what he’s been doing?
joe: haven’t got to a list.
I have a couple
lists.
geo: listening and like- I
joe: a list of villains, ’cause this is the Spider-Man villain. Did I miss… I think I hit all the villains. If there’s any you wanna go over. They all breached safety and- No. Handwavium
nick: was experimented on, wasn’t
joe: he, but by someone else though, right?
Yeah. So, right. Yeah.
nick: for by J. That’s right. Yep. So yeah. So that was consent issue.
Know- Yeah … he
joe: up and did it, taken advantage
of.
nick: he definitely wasn’t in his right mind at all.
joe: I was gonna say some of the earliest maybe lab safety in fiction. Mm-hmm.
I was gonna say Icarus.
tera: Oh. Yeah. He tried to build- Oh, yeah
mary: yeah. Oh, yeah.
joe: Feathers and [01:05:00] wax.
He didn’t really test it and- Oh, Daedalus …You know?
uh, Daedalus? Daedalus. That’s right.
Builds the wings of wax and didn’t test it. There was no trials. No. He just kind of take,
you know …
tera: they were trying to escape, so I mean-
joe: saying.
tera: Have lab to test. It was-
nick: Now or never. Yeah.
joe: Prometheus Took fire, didn’t understand it. Dangerous technologies, right? That’s a whole, that is a, that’s still a when someone’s doing something, you know, that goes, and that leads right to Frankenstein, right?
That’s in
the title, right? So you have it and, you know, there was
geo: no- Mm-hmm. A lot of, lot of- The
joe: mother of science
fiction there … Oh, Mary Shelley. And, um, You go through
nick: There weren’t any lab safety
joe: There was no laughter right then.
nick: they
were, no-
purely in the clear. And
joe: we talked about that in episode one, how they would- Yeah … they would take cadavers and just take it into the parlor, and you would try to, they were trying to revive the cadavers.
And it was like a show. Like, you would just have this, the cadaver-
geo: the
joe: and it would go,
right. And it was a whole… Yeah. And at, and Mary Shelley, they [01:06:00] said, had got inspired ’cause she would go to these performances some, nice Sunday afternoon, and we’re gonna see if they can revive the criminal that just got hung and see what happens.
And yeah,
nick: If they revive him, they hang him again.
joe: That is what they s- that is, did we… Yep. Mm-hmm. That they made laws- Yeah … that if they came back to life, what do we do? Well, we hang them again. We kill them again. So yeah, so it was but yeah, that was it. No, I had the list I had,
geo: That wasn’t a list?
joe: It was kind, it wa- that was as a,
nick: a
geo: a- … that was a comment. That
joe: list … there’s a lot of lists. Okay.
But the list I had is can Nick lick it? I was thinking about the elemental the periodic table.
geo: Mm-hmm. Different
joe: And so-
geo: like can it, can we waffle
joe: it?
Can he… So
nick: Isn’t there
already like a outline of the stuff that you can mess with,
and then it gets to the stuff that you c- shouldn’t mess with, to the stuff where you absolutely should not mess with?
geo: with?
So none of it
joe: I don’t think that’s how the periodic
table is
nick: I’m pretty sure it is[01:07:00]
joe: Sure
tera: pretty sure it isn’t.
joe: So I had-
geo: We need to make a
joe: I have,
geo: I think
nick: a-
joe: I got things you
can- lick. You’ve of science before, right?
nick: before, right? Yeah, it’s the stuff that you just do in beakers.
joe: Can s- things you
can lick
very safely. Gold.
tera: Oh, I thought you were gonna quiz them. Like, you should mention things and then-
joe: Oh, you
want me to do it that way?
Yes. Yeah.
mary: Oh, yes,
joe: please.
Oh, okay.
nick: Is it a round table thing or is it just me?
joe: no. I mean, I don’t have a, I don’t-
I
think I- I didn’t have the
whole- I think
tera: I should abstain and let you three.
nick: if he can
lick this
mary: if he can lick this thing.
All right. Yeah. Okay. Okay.
nick: Can Nick lick it? Cadmium.
tera: Cadmium.
mary: that’s like in batteries too. Batteries. Yeah, I’m pro- I’m thinking probably no. Yeah. He’s gonna
nick: gonna say
geo: would say yes.
nick: everything.
geo: He’s gonna say yes
joe: what. Yeah, that’s right.
tera: Is that related to Cadbury? No. It’s not. “
‘Cause that you can lick.
nick: No, thallium.
tera: Wait. Wait.
Is it? Are
you gonna tell them if they’re right?
joe: Thall- I don’t
know.
mary: you gonna wait till we get to
joe: We can.
mary: and see? Okay. And then say
joe: And
nick: okay … we can’t know, Nick’s dead.
joe: Thallium? Thallium,
mary: Oh, no. Oh,
joe: yeah.
tera: Oh,
joe: Absolutely not.
Listen.
tera: Okay.
[01:08:00] You wanna see your daughter grow up,
right?
You
nick: said is it safe to lick, it’s can you lick it.
You can lick
it. You
can lick
joe: You
geo: you lick
nick: go around.
geo: Can you lick it and survive? Thank you.
mary: Thank, oh, okay, thank you for spelling all of that out, Georgia.
joe: Yeah,
tera: Otherwise,
joe: didn’t think I need to. It is… You
lick a
tera: lick the second
one. You’re right.
nick: second one. Right. So
mary: you have to-
joe: how about polonium?
nick: No.
tera: No.
joe: No, yeah. Sure. You shouldn’t. Yeah. And Alexander Litvinenko was famously killed it was a assassination, by this.
A tiny amount. It’s a radioactive. So anything with uranium,
tera: Plutonium
joe: plutonium, you probably should stay away from. Um, how about,
mary: How about, Mm-hmm. Yeah. Oh, my gosh.
This is-
joe: Oh my gosh. Let’s…
How
nick: How about
joe: how about cesium? I was kidding. Ooh,
geo: I was kidding.
nick: Ooh, that one doesn’t sound
joe: sound as bad. Cesium. Which
tera: That-
nick: Which one’s that the, where is that on the periodic table?
joe: It’s in the, like, soft metal area. If [01:09:00] you
nick: gonna say you could lick it. No.
joe: it. No.
No I
wouldn’t. How about, how about, you know-
geo: can
joe: this one? Here, this one here. Little balls. How about sodium?
nick: Yeah.
geo: Yes.
joe: Okay, you guys, you do not wanna lick sodium. So- It’s got to
mary: pure sodium,
geo: what-
tera: Pure sodium … Caesium. Like, what
joe: yeah … cesium- what is it These are,
These elements violently react with moisture, so the minute your tongue touches them, you’re gonna s- yeah, your tongue’s gonna, like, melt off. It’s gonna ex- Oh. It’s
very- Very
bad
mary: table salt
geo: is made so that we can ingest
joe: and
tera: about magnesium? That’s the
joe: chloride. So sodium chloride, that is table salt.
geo: And I’m thinking of
tera: chlorine- Chlorine … you should not lick
joe: Chlorine
nick: But You- could just sniff that
joe: You
You can smell
geo: swim in it …
joe: should not sniff it.
mary: it.
joe: Do not sniff chlorine.
tera: Pure chlorine?
joe: Don’t,
nick: no one said pure chlorine.
geo: Just like the
mary: But
joe: chlorine are we sniffing?
geo: Like the swimming pool
nick: Yeah.
mary: but you said
nick: It’s diluted
mary: magnesium,
joe: that either.
nick: Don’t sniff
joe: let’s not huff chlorine.
Please [01:10:00] don’t.
tera: it out.
geo: Please, no.
nick: there … The most unscientific science
portion we have
joe: that are safe, like gold, silver, carbon- Hydrogen … Silicon, platinum, I mean, you can lick those things pretty…
Yeah, you can- Hydrogen … yeah, go away. Hydrogen, I wouldn’t-
mary: I was gonna say … lick hydrogen, but-
joe: it’s
nick: can huff
it, right?
mary: I heard you say that,
joe: you get it was
mary: that we could do, and I thought- You can lick
joe: can take- “
mary: No, I don’t think
joe: Huff… Well, it’s a gas,
nick: you have to.
joe: you can- I’m
tera: I’m licking nitrogen
joe: atmosphere is, like, 70-some percent nitrogen, so pretty safe. The noble gases, argon, helium, neon, yeah, go for it.
nick: See? I was right. There are portions of it that are safe.
joe: I mean,
it’s safe yeah. But- But you can’t lick those. Those are smellies.
nick: You get enough of it in the air, you
joe: that stink? I mean,
tera: I
guess technically nitrogen you shouldn’t lick because if you’re licking it, then it’s probably liquid.
joe: probably liquid. Oh, yeah. That’s probably pretty cold. Ooh. Yeah. Same thing with carbon monoxide. Right.
geo: monoxide. Brain freeze. Dry ice. So you
joe: Dry ice is carbon monoxide. That’s about minus 80
nick: Tear [01:11:00] your face. Liquid
joe: nitrogen is about negative 196 C. Yep. So you
tera: C. Yep.
joe: shouldn’t lick it. All right.
nick: it. All right.
geo: That- I think you’re dead,
joe: Nick. Nick is very
nick: I’m
joe: dead.
No
superpowers. Maybe some of the the, the eums, the
uranium, plutonium, polonium, maybe you’ll get some sort of a superpower out of that, but,
tera: can guarantee you the radium would not because we have a test sub- Oh … a whole test group of women who licked
joe: That is true …
tera: right …their, That’s
joe: That’s right, yeah … Radium
mary: Paint brushes.
tera: not thank you. I’m like, it’s not a pencil. They made it like- And they licked it constantly and- … like watches- Yep … like clocks. To keep it nice and fine-tipped.
nick: Wait, what?
joe: Yep.
What is it? You know, the, the- glow in the dark, the glow in the dark lettering on the watches.
mary: Mm-hmm. And
nick: And then- And they would lick it?
geo: they worked
tera: their paint brushes
geo: they worked in, like, a factory. They were ‘
tera: cause they’re drawing the
nick: They
joe: to skip the contaminant
geo: out, yeah.
But there’s a book called Radium Girls. But
joe: yeah. And
mary: they didn’t know it was-
geo: Yeah … yeah, they didn’t know. Same
joe: thing as lead.
Lead, [01:12:00] Lead Lead was the other thing. Lead was in,
geo: they had
joe: was in makeup. Plates, makeup, you talk about
mary: about the kids toys.
joe: toys. Kids’ toys,
geo: That’s right. Well-
joe: And that was, some people say that was, were you telling me that, Georgia? But they think the incidents of people in carnival sideshows were because of- Yeah … lead. Mm-hmm. You know, the,
how much lead- that’s right … was in our environment.
mary: Or how much when we reduce the amount of lead exposure- Right … that we have we’ve also seen the decrease in violent crime over the years. Right, right. And people think that maybe that may be possibly something that contributed to that decrease.
geo: a very real thing because the- Mm-hmm.
Yeah … they’re, they have to go in and test the paint in
joe: Soil. I mean- To make
geo: to make sure that they don’t have lead. Yes. That’s, like, a huge thing for kids growing up, having that exposure, you know? And
joe: those, all those heavy metals, lead, mercury- Lead
thallium, cadmium, those are all, osmium- We’re
geo: about Joe, you have this m- this tell- telescope Microscope I mean microscope.
I knew it was a
joe: Yeah, you’re right. In [01:13:00] the ’50s, ’60s, like they would give microscope kits or other kits about and it would have little pieces of, uranium ore, things like that in it.
So
tera: think- A- and little vials of mercury … and
geo: and I think the one
joe: we didn’t talk about mercury. Yep. on
geo: our shelf right now has some, right? Didn’t it have little things when
joe: I don’t know if I wanna be announcing that on the radio. But yeah, no, it
does have a
nick: Oh.
tera: no, I know.
joe: a very little piece.
Very little. So uranium,
I mean,
like radium salts, this probably is uranium salts. We work with that a lot. They’re very low emitters. They’re not high energy emitters
like-
some of the other
ones. oh yeah. Um,
right. You don’t want kids because the… You’re probably fine if you don’t-
tera: grind it and huff
joe: if you don’t eat it.
nick: lick it.
joe: you don’t eat it or inhale it- Yeah … you’re probably fine,
tera: grind it and huff it
geo: Or, and then- Yeah … and then there’s also the sc- the woman scientist that, why am I
tera: Madame Curie? Yes.
joe: Yeah.
yeah.
geo: Oh, yeah. And she would just have, like-
joe: She did, yeah. mean, her- On her desk-
tera: Yeah
she
nick: the,
what are you… Wait
joe: the,
nick: Plutonium?
geo: or what was it that [01:14:00] she had just, like-
nick: like-
tera: Was it-
joe: Was it plutonium? Yeah.
geo: it was plutonium.
Yeah. Just,
nick: was. Oh. You’re just mou- you’re
motioning like it’s a big mountain.
geo: Yeah. On her desk she had this big mound of
tera: her lab books are still so hot they can’t be put in like a museum or anything.
nick: Oh,
Shit.
tera: Like for view because they’re so hot.
geo: Right. Really?
mary: Mm-hmm.
tera: Mm-hmm. Dang.
nick: Just ’cause she just…
tera: Because
they didn’t fully
mary: was working- It wasn’t
geo: wasn’t known that was a- Yeah …
mary: Know what that was. So I wanna ask, because I think we’re at, like, at an hour and a half right now, so it’s
joe: It was like radium and, and polonium.
mary: To wind up … to,
joe: It, that’s what she had. Polonium. Ore,
mary: you know- But- Quickly
joe: looking it up.
tera: up …
mary: I have
a question for you, Tera so what is there a an example in popular culture of lab safety done right? It’s more fun when it’s done wrong I would imagine. But is there
tera: interestingly- Yeah … I was thinking about this because I saw when you’re scrolling through your streaming services and they advertise newly added, and they had X Files. [01:15:00] And I was just a little too young to watch X Files when it first came out. Mm-hmm.
We lived in the middle of nowhere. We only had one TV, no cable. Yeah. We had a giant satellite dish, and so I didn’t watch X Files. And I was like, “I wanna watch X- X Files.” Mm-hmm. And so I’m on the second season right now, and they’ve quarantined them pretty well actually- … twice now, and it’s pretty impressive.
Cool. Yeah, so that was one I actually thought of while watching it just a few days ago.
mary: Awesome. Well, la- later on Scully gets a little fast and loose with her use of gloves, and she’ll clap her…
Yeah. You’ll see this a lot in movies, the actor, express shock and horror will clap their gloved hand over their face.
tera: And so I
mary: always love when they do that, so. I think the
joe: I think the the thing in X-Files that w- you know, I watched it when they were out, was that molecular biology is extremely fast. Every experiment is accelerate… In there they have it right. It is actually what you will do.
Yeah. But then it’s like it only took, what, an experiment that would take you a couple hours is, like, 15 minutes later they [01:16:00] got it. And it was like, hold up.
mary: No. It was like- I
joe: Ho- I hope my PI isn’t watching this, ’cause I can’t do it that fast. Like, that’s not how
mary: Hey, wait a second. Sorry … Scully did this in 15 minutes. How come it
joe: a whole day. That’s right, Yeah. It’s
geo: like a cooking
joe: Yeah. That’s right,
yes. That’s
geo: magic of TV.
joe: Yeah, they
mary: they were-
joe: there. No but X-Files is a really good example. think
nick: feel like they do- Oh, God … spend time, like they, in some episodes they do be like, “All right. We’re gonna go away for this, and then
joe: No, not, it was still not… It was still, everything was- Like- … super fast. No, it was… Even that was fast, right? That would take you many days maybe. It was, like, kinda, you know, yeah,
nick: I was like
joe: I feel like I, I- yeah.
We used to, I used to watch it with a other friend. We were… I was in grad school really when that was at its heyday, so we would all get together on Sundays, and we would go, and this… We were all in the lab. We were all, biochemists, molecular geneticists, so we would all just pick apart that ass, you know.
And, yeah, it was a party. Yeah, we would make baked goods. It was a fun time.
mary: fun times.
nick: Yeah- I think she was making fun of you there, Joe …
joe: gonna say
Contagion was
geo: kidding
nick: I
joe: I think the science in Contagion was really good. Mm-hmm. And touching face, you talked about [01:17:00] that. Touching the
face and things. Yeah. that
came up, That’s right. That came up, and they were trying to contain and you watch that- I think the last time I watched it was actually during the COVID pandemic. It was- Oh, no
it was
like, “Oh, this is it’s radio,” right? It
was- yeah. But that one,
That one did have really good… But you’re right.
In like superhero comic land, I really can’t think of many
tera: I think the point of it is things went wrong … science.
joe: right. Like
nick: Mm-hmm.
mary: Yeah. Yeah. trying to think of what was good science.
tera: Like, I feel like The Martian was good science. Martian, yeah. Even when they put together the probe, they were, you know, in the clean room, in the suits, trying to keep it as sterile as possible. Yeah. Like, they did a pretty good job there.
joe: Yeah. But that wasn’t the plot wasn’t
driven-
tera: Wasn’t driven through the science
lab accident. Like, right, and I think that’s the whole
point of a lot of pop culture is it’s driven, you know, it’s make catastrophe, and now let’s look at the- Mm-hmm
geo: Or think about 28 Days Later.
joe: Oh, right. The animals… Yep. Go ahead.
geo: Oh, no. And the, it was the ki- the kids.
I say kids, I don’t know why. The protesters, and they [01:18:00] wanna free the animals, and it was good intentions, but-
joe: think about… And that’s real serious, too, because there’s a lot of-
tera: I mean- Oh, yeah …
joe: You’re… Well, I mean, the, it’s serious in terms of real practical, so animal facilities are locked down, limited access, and that’s part of our training- And there’s a-
is that- Like
tera: of IDs … yeah … like one ID to get in, and then where the animals are kept, at least one or two more scans,
joe: And you’re not supposed to let people in. Like you’re
tera: to- One scan, one person
joe: so
you’re not supposed to… And you’re trained these things
because of that instance.
So it’s- That’s right.
geo: La- Later
tera: and it’s because of that, but also because, like, you, we have multiple animal facilities, and there’s different levels of cleanliness. And so if you go to the dirty one, you have to wait a certain amount of time before you can go to the cleaner one.
Mm-hmm. So you have to start from the cleanest and go down if you have to visit multiple. Mm-hmm. And so you have to keep track of how many times you’ve entered and left and everything as well.
joe: And fac- animal facilities have [01:19:00] changed over the years. Oh, yeah. So probably in, I mean, the last 10 years, 15, I mean, they’ve gotten much more strict with access and things like that.
So there were periods in time where animal facility, each lab had their own cages, and they would just take care of them. They would feed them, whatever. Which
that would- It was
geo: thing where, like, protesters
joe: They would-
yeah. Yeah. It happened a lot,
tera: I’ve even heard- Let out
joe: out
tera: the university, I don’t know if this was real- Yeah … but they, I remember hearing when they would do the scav hunt on campus for the undergrads, that sometimes one of the things would be to get an animal from one of the facilities.
nick: Oh, damn
tera: And to really be alert.
joe: Yeah. Yeah, I know U- University of Pennsylvania, ’cause, I, I mean, I grew up in Philadelphia, I remember they let out all of the animals, and they were talking about how, like, traffic was snarled because there were, like, lobsters and sea creatures-
like,
tera: kind of- I will
joe: acro- It
was, like, kind of, it’s kind of cruel because a lot of these lab animals- They
tera: suffering and dying
were-
joe: Right … were kind of,
their development, their genetics- Oh, yeah
nick: scared in the wild
tera: for, like,
joe: Albino mice, I mean, they [01:20:00] stand out so much that any predator’s gonna pick ’em off.
So really what kind of life then? And these lab animals, as I said, especially with the conditions, why do you need them? How many do you need? Why are you raising them? But they are, treated as well as possible, and
so-
tera: certain types of food. You can’t have so many- Right … you can only have so many in a cage, but you have to have at least so many in a cage because they are social animals.
So if you need to isolate them, you have to have a very good experimental reason why. I
mary: I see.
nick: Interesting.
mary: M- what’s that Mrs. Frisby and the Rats of NIMH?
tera: Oh, I loved
mary: I love that. Isn’t it? You know, I read it I reread it again a couple years ago. Definitely stands up. Stand, you know? Y- yeah, it’s-
tera: should find that
mary: it’s a, yeah it’s a good one. Yeah.
tera: But I was gonna say every once in a while we’ll be walking through the tunnel, and we’ll find a rogue little crab
joe: we’ll be walking through the ‘
tera: cause it’s food for the octopuses, I believe.
nick: Oh. Wait, you have octopuses there?
I
joe: food
for the
tera: There, there’s
nick: why haven’t you [01:21:00] showed me
these? ‘
tera: Cause
they’re not-
joe: I want
tera: He’s
geo: not allowed
tera: an
nick: not- Oh wink.
mary: I’m
joe: So I was gonna, I, I wanted to, I was gonna go back
to, um- Okay
quickly circle back to Madame Curie, ’cause I did look it up.
And so 1899, 19- 1902 was when she did a lot of her work the Nobel Prize-winning work. She just had a pile of pitchblende, which was this radioact- the more radioactive than uranium alone. It was this pile of ore. To isolate one milligram of radium, so she i- identified two new elements, radium and then polonium, which is named after Poland.
She processed multiple tons of pitchblende, P-I-T-C-H-B-L-E-N-D-E ore through boiling, dissolving, filtering, and crystallization. And so they didn’t have proper shielding.
Oh, boy. Uh, they handled the radioactive material with bare hands. They kept samples on their desks, in their labs, in their lab coat pockets.
That’s nuts. It was very- He-
It
was heavily contaminated with radium-226. The research did lead directly to the 1903 Nobel [01:22:00] Prize in Physics and the 1911 Nobel Prize in Chemistry which was, caused her exposure to radiation. Her work did pave the way for cancer treatment and modern atomic physics.
And as Tera was saying, due to the 1,600-year half-life of radium-226, most of Madame Curie’s personal items, including lab equipment, clothes, and notebooks remain highly Radioactive and are stored in lead-lined boxes in
geo: And how long did she live? Like, I mean, I’m sure she had a lot of health consequences
joe: consequences from, from-
tera: she’s probably lucky she lived long enough to win two Nobels. Right. Because you have to be alive to win a Nobel. and she’s… Yeah. It’s pretty incredible she lived.
nick: And she’s still alive today,
correct?
geo: As long as is sh- Yes, she is. She-
joe: 66
years
old.
nick: she was 66
tera: She was 66.
geo: was
joe: she was 66 years old. Wow. Her death was caused by aplastic anemia a condition resulting from her long-term exposure to radiation during her pioneering
geo: she really lived [01:23:00] older than I would’ve thought. Yeah …
joe: I mean,
a lot of her work, and it’s always- Yeah … joked about is that it was just who can get enough material, who can build a better scale because the measure, kinda the radioactive material, she was in a race with other labs around the world, and they all had big piles of radioactive material, and they were trying.
And so who could build, who can measure the kind of very small, like I said, a milligram of material. I don’t know what’s happening over there. Nick is licking something.
nick: it-
tera: Nick is
geo: is licking something.
joe: but yeah, no, su-
super
tera: an ice cream. Yeah,
joe: Yeah. It’s not ice cream. It’s… And it’s not a
rock.
nick: so-
It was just red wine.
joe: Yeah. So I think this was…
geo: final
tera: thoughts?
geo: Very interesting. Mm-hmm.
nick: I think The Hulk does the best job at, The
joe: Hulk,
I mean, definitely lab violations there,
too.
nick: the initial one, yes. Yes. But after that, I think he learned his lesson.
joe: After the initial one?
tera: think a
joe: I don’t think He
did because even, so-
tera: Captain America was a major lab, you know- Captain America
violation. Was it? Ethical.
nick: [01:24:00] ethically? Yeah, but- he
joe: was… Yeah, I don’t know. His
nick: was a whole
team
tera: there was… Yeah.
joe: Who’d they test that on?
tera: on? Nobody. what are they
joe: at? It was just like, “We got a super serum. Let’s go.”
geo: I
nick: thought they did test it before.
joe: Oh, they didn’t? ‘Cause they wanted to have
nick: Oh, no, it was after that they started testing it … the super soldier
joe: yes. Yeah, after it worked, then they wanted to make it again. Yes. So yeah no.
geo: So there’s
joe: Cap was-
geo: We need a new superhero called Lab Safety Man.
joe: Oxo- Oxalato Man
nick: This guy sucks already. I’m… It’s already
tera: Man and his sidekick Lotl Boy.
joe: Lat-O Boy.
geo: That’s right, Waddle
joe: They did science right.
tera: I’m trademarking that. Nobody’s allowed to take that.
joe: that.
geo: Lab Safety Man. Oh. We did
joe: did science right, and now we’re gonna cool as superheroes.
tera: We should have ended this with a reading of Goodnight Lab.
joe: Good night lab, yeah. Do you got it?
Go.
tera: It’s, that’s in-
nick: How can you offer something up and not-
joe: we should end this episode
We should end this episode. Oh, wow.
tera: Oh. Not to recommend will recommend to anybody with [01:25:00] children, you know, if you get very bored of Goodnight Moon, you should find a copy of Goodnight Lab. Yeah.
mary: I like that. That’s a good way to, Well,
tera: Well- … wrap
joe: and don’t do self-experimentation.
We talk about on the episode, there’s been a few episodes where we talked about the underground caves, the, what Strife went under there and participated in you know, kind of time,
nick: isolation. Leave it to the professionals.
joe: You had Barry Marshall who won a Nobel Prize for drinking H. pylori to prove it caused ulcers.
So people have but that was controlled. It was documented.
geo: not recommend.
joe: yes.
tera: of all of the ones we’ve mentioned- Yeah
that’s probably the only one I’m semi-okay with.
That’s one.
joe: he had a whole bunch of, he documented it. He was, it was a controlled experiment.
He went into it with consent. It was, but yes, most of the
time it’s not.
geo: but don’t- Yeah … take
nick: Lick the
joe: Taste the tape. Yeah. Don’t lick it. Yes.
nick: Just lick the cat … stay curious. You’ll be fine
joe: yeah. Taste
mary: and recklessness. Latex
tera: is your friend.
joe: Yeah. Especially now, I mean, I think nowadays where people [01:26:00] are
trying to- Or not
reject science or science fact and , “Oh, I’m gonna do this, I’m gonna do whatever, and I hear about this drug or whatever.” yeah I think it’s good to be curious, it’s good to be and ask questions, but, , just don’t start testing things on yourself ’cause the consequences
nick: someone
joe: are- Talk to people.
Yeah, I mean, and get opinions, and that’s what peer review is about kind of
tera: does make me wanna put in a plug of, you know, the whole health conscious people and whatnot, that the FDA does not regulate a lot of the nutraceuticals. And so a lot of your vitamins and other supplements are not regulated, so whatever they say is in it may or may not be, the amounts may or may not be accurate, and just please be cautious.
joe: Yep.
geo: There we go.
mary: Very true. There you go.
joe: you go.
nick: Tera do you have anything else to plug?
joe: Besides
what you just said?
tera: said?
nick: That’s why I said anything
else.
tera: No, I mean, my hair’s pretty good. I don’t need any of, hair plugs. Yeah. So I think I’m good.
joe: Nice. Nick, any final questions? I know you guys have a-
nick: I think we’ve we’ve covered pretty
joe: did it? Yeah. Yeah. Awesome.
nick: yeah, like, ’cause what you said [01:27:00] that the X-Files was … Yeah.
mary: Yeah.
joe: yeah
nick: Yeah. But thank you for being here again with us Tera
tera: i, anytime. Just-
joe: a fun time.
nick: We’re gonna have you back all the time now.
joe: We’ll have you there. We- I love it. We have, we, we like having return guests here. On that note, you have me, Joe.
nick: You got Nick.
joe: We’ve got Nick. Georgia. We’ve got Georgia.
mary: got Mary.
joe: We’ve got Mary.
nick: And we went down some holes You guys stay curious.
Some safe holes. Stay safe. I say that every
joe: episode. Stay safe. There you go. And we love you.