AN OMG VIDEO - WHAT HAPPENS TO THE BLOOD WHEN MIXED WITH SNAKE VENOM

Video Transcript:

But Sinon of the Soros may have gone one better, with an even more gruesome venom. Maybe it used cytotoxin. It's the kind of thing that you get in the venom of things like puff added. And it has what's called an ecotic effect on the cells. Let's just imagine that this balloon is a cell. The way that a cytotoxin works is by affecting the membrane of that cell and causing the contents to spill out. Which is kind of a little bit like this. But everybody has millions of cells to lose one is no big deal. But on an epic scale, fire in the hole. The crossing venom can have devastating effects. But there's one last venom which could have made Sinon of the Soros' secret skill even more nasty. So lastly our third type of venom, hematoxin. Hem means blood and that's exactly what this works on. And to show you how it works, but I'm really going to need is a fresh supply of blood. And... Yeah, that's quite good. It's not real blood, honest. Even so, this can show us what happens to real blood when it comes into contact with a hematoxin. And be warned, things are going to get icky. Ah, look at that! The venom starts to destroy the normal function of the blood and it starts to clot and turns into a big red sticky mess. Just imagine that, slapping around in your veins and your arteries. Being bitten by a dinosaur that had this in its venom, and stand no chance. Look at this, tell me if it looks the same way. So this is something that I got from somewhere. Doesn't it? Yeah, it does. It's currently a reduced video of audio quality due to network conditions. I can't connect to see the stream mate. I can see it very clearly. Okay, okay. Are you able to watch it? No, not John. Okay. Oh, yes, yes, yes, yes. Now, look at this. So we're just taking a comparison here. Lot of some kind. Oh, so this is coming out as a beating heart. Obviously, the arterial system in that person has been compromised. So you can't do a traditional environment. It's quite invasive. So you have to open the cavity, take the organs out, and source the individual arteries that have been severed. So the ephemeral arteries down both legs, the regular ones down the arms, and the carotids, both sides. And it was straight away. The embarma saw all this crap hanging out of this person's arteries. And I'm going to hold it up. This is a glass of formaldehyde with just some of that were pulled out of the arteries to get the pump in because it was blocking. I don't know if you can see it. You're very beautiful. Let me let me chan turn the background blur off one second. And that should be better. So you can see the hair. This is what? Yeah, there you are looking at this. So you see the thick one here. This one here came out of the eye water from the heart. They take the shape of the vessels that they're growing in totally and they gradually fill the vessels as they grow. And these obviously they're that's what's killed him. To see what happens when those toxins get into the bloodstream, I'm going to take part in an experiment. They leave a pretty looking corpse. One when my blood is going to be invented. So I'm going to show what cocosotype and venom does to the blood. Now of course this is a smaller volume than what's in your body. So this will actually simulate what happens to prey items as opposed to inside a human body. So the first step is I'm going to pour one of these vials into one of these jars. This is liquid gold here. Christina pours my blood into two jars. One will be mixed with venom and the other water as a control. So that's going to prove that it's not just the fact that we've taken it out of your body. And then it's toxin time. So here is squishy venom that we extracted recently. And in less than three minutes. So as you can see as I go to pour, so we can demonstrate what's actually going on. Oh my god, it's really solid. That one is turned into a piece of jelly, whereas the control is still liquid. There we go. Fascinating. That was so quick. This is where the action of venom gets intriguing. While small amounts of blood, like in a rat, completely coagulate. It works differently in the human body. It's a bit opposite and it all comes down to the volume of blood. Now inside you you have liters of blood. So the venom is very dilute throughout your entire body. So it does create small little clots, but it's not enough to cause a stroke. Instead of creating one big clot and stroking out like a prey item word, you'd actually bleed out internally. So is there a potential medical application for that though? Because clotting, making more dilute. Circulation, these are things that we all need in our daily life. Absolutely. And there's already been a case where there's a very pro-coragulant venom like Typan, but it's actually from Eastern Brownsneak. And there's a protein, a toxin, in their venom that's currently being painted. And it's in order to stop people from bleeding out during surgery. So doctors can actually use the venom at the site where they're trying to prevent bleeding from occurring. So absolutely has great potential medical uses. That's so cool. Depending on the species, some of those effects are mild toxicity. So affecting your muscles, bursting those cells. You've got neurotoxicity, preventing a nurse from acting as a should normally. Coagulatoxicity, as we're seeing with this hostotype, we've also got cytotoxicity affecting your cells. You've got hemotoxicity as well affecting red blood cells and blood pressure and also codiotoxic toxins as well that affect your heart specifically. There's basically not a system inside a body that some sort of venom somewhere doesn't act on. Absolutely. Thanks to evolution. Thank you, evolution. Thank you. Thank you. Thank you. Thank you. Thank you. Thank you. Thank you. 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