The Complex Process of Making Anti-Venom for Snake Bites
TLDR Making anti-venom for snake bites is a complicated and resource-intensive process that involves collecting venom from snakes, injecting it into horses to produce antibodies, and purifying those antibodies for use in humans. However, scientists are working on developing a more advanced and efficient method, such as a universal anti-venom, that could revolutionize the treatment of snake bites in the future.
Timestamped Summary
00:00
Conservationist Pete Bethune is bitten by a venomous snake in the rainforests of Costa Rica and must make it to a hospital within six hours to survive.
03:52
Conservationist Pete Bethune is bitten by a venomous snake in Costa Rica, but is saved by receiving anti-venom at the hospital.
07:58
Snake venom is incredibly complex, with up to 200 different toxins that can attack the body in various ways, making it difficult to create a universal anti-venom.
12:34
To make anti-venom, the snake's venom is collected by gently massaging the snake's venom gland and then the venom is passed off to another group of animals, horses, who are used to produce the antivenom.
16:57
To make anti-venom, venom is injected into horses, which then produce antibodies that can be purified and used to treat snake bites in humans.
20:58
Making anti-venom is a complicated and resource-intensive process, with a need for thousands of horses and facilities, and there are still over 100 dangerous snakes for which we don't make anti-venom; however, there is hope for a more advanced and efficient method in the future.
25:19
Scientists are working on developing a universal anti-venom that could treat different kinds of snake bites by targeting specific families of toxins found in venom.
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Scientists are working on developing new ways to tackle snake venom, including a universal anti-venom and other drugs that can treat snake bites, potentially eliminating the need for injecting horses with venom and changing the way snake bites are treated in the future.