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In essence, scientists are returning CRISPR to its roots. While best known as a handy way to manipulate DNA in mice and humans, CRISPR is actually a part of the bacteria’s immune defense system.
Just like our immune systems can turn against ourselves, scientists are now hoping to give harmful bacteria a destructive autoimmune disease.
When optimized, a CRISPR pill could have the ability to precisely target single strains of harmful bacteria, while leaving other types—including beneficial bacteria in the gut—intact.
originally posted by: rickymouse
No thank you, I am not going to be a guinney pig anymore.
originally posted by: Ghost147
originally posted by: rickymouse
No thank you, I am not going to be a guinney pig anymore.
That's the thing though, CRISPR works by directly selecting and altering a particular gene. So if we use it on a particular bacteria, it can only effect the bacteria because the bacteria is the only thing that has that gene.
This is a great example because even people who know better than to run to the doctor for antibiotics every time they sniffle,
originally posted by: BELIEVERpriest
a reply to: Ghost147
I agree with Rickymouse. I'm not opposed to medical/pharmacological advancement, but dietary medicine, exercise, and herbs should absolutely be the first line of defense. I understand that resistant infections have already crossed that first line of defense, so benefits of CRISPR might out weigh the risk(s) in such cases, but who knows what effects CRISPR might have on our DNA....if not ours, then the next generation?
If we would just put a fraction of the effort that we use for new pharmaceuticals into preventative measures with dietary/lifestyle changes, we really wouldn't have such a high demand for new anti-microbials, anti-cancers, immunosuppressants, anti-depressants, etc. We have the unique opportunity to learn how our foods can slow aging and prevent a whole host of disease, on the molecular level. We should focus more on that.
Nevertheless, S&F. It is an important development.