Click here for Exit the Cuckoo's Nest's posting standards and aims. Click here to sign the People's Proclamation and send it to everyone you know. Source: Igor's Newsletter "Infertility Virus" to Sterilize Stray Cats: New Gene Therapy Approach That Could Work on Humans, AlsoFemale Cats Do Not Even Want to Mate After Getting Infected with this AMH-expressing Adenovirus
A fascinating scientific discovery could finally help us solve the problem of stray cats reproducing out of control. The virus is designed to solve a simple problem: how to prevent stray cats from reproducing. The problem did not have a solution - until now.
Scientists designed “gene therapy” that makes female cats immune to their reproductive organs and eggs. They discovered that making feline bodies produce a so-called “antimüllerian hormone” would stop reproductive processes.
The adenovirus expressing this hormone (abbreviated AMH) works so well that female felines lose interest in mating. Despite putting males and females in one cage for extended periods, females displayed a reduced desire to mate, and no kittens were born even when mating took place, as the Nature article explains:
I guess having fewer stray cats is a good thing. And yet, think about the possibilities: someone could design another virus that infects humans, which would render us infertile. A nicely designed human infertility virus could appear to be “just a cold” that no one would worry about or notice. Humans also are affected by a similar anti-mullerian hormone, as this study explains:
People familiar with PCOS know that women affected by it have hard time getting pregnant. So, while I am not a biologist, I can easily see that there are many possibilities for virus developers to create a “just a cold” virus that would shut down human reproduction while seeming to be totally mild. Since Omicron infected most people on Earth within a few months since its debut, a sufficiently infectious (but “mild”) AMH-expressing virus could spread before we understand anything. No virologist would ever do that to us, right? |
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