

Jonathan Anomaly
208 posts

@JonathanAnomaly
https://t.co/kd5ubQYRxj








🇮🇱Israeli PM Netanyahu: In every generation, they rise against us to destroy us. The regime in Iran planned another Holocaust. It plotted to destroy us with nuclear bombs and thousands of ballistic missiles. [Note: Iran doesn’t even have nuclear bombs.]

One of the biggest questions historians should ask is why the Brits, who founded such amazing nations -- CA, AU, US, and NZ -- came to the conclusion that they should cease being British and import tribal people incapable of creating their own nations?


Doing properly calibrated and powerful risk predictions from genome data is hard and shouldn't be left to general AI agents. It's a failure of the consumer genomics industry that rich people resort to this rather than getting properly validated commercial reports.

I'm lucky enough to have a great doctor and access to excellent Bay Area medical care. I've taken lots of standard screening tests over the years and have tried lots of "health tech" devices and tools. With all this said, by far the most useful preventative medical advice that I've ever received has come from unleashing coding agents on my genome, having them investigate my specific mutations, and having them recommend specific follow-on tests and treatments. Population averages are population averages, but we ourselves are not averages. For example, it turns out that I probably have a 30x(!) higher-than-average predisposition to melanoma. Fortunately, there are both specific supplements that help counteract the particular mutations I have, and of course I can significantly dial up my screening frequency. So, this is very useful to know. I don't know exactly how much the analysis cost, but probably less than $100. Sequencing my genome cost a few hundred dollars. (One often sees papers and articles claiming that models aren't very good at medical reasoning. These analyses are usually based on employing several-year-old models, which is a kind of ludicrous malpractice. It is true that you still have to carefully monitor the agents' reasoning, and they do on occasion jump to conclusions or skip steps, requiring some nudging and re-steering. But, overall, they are almost literally infinitely better for this kind of work than what one can otherwise obtain today.) There are still lots of questions about how this will diffuse and get adopted, but it seems very clear that medical practice is about to improve enormously. Exciting times!

I'm lucky enough to have a great doctor and access to excellent Bay Area medical care. I've taken lots of standard screening tests over the years and have tried lots of "health tech" devices and tools. With all this said, by far the most useful preventative medical advice that I've ever received has come from unleashing coding agents on my genome, having them investigate my specific mutations, and having them recommend specific follow-on tests and treatments. Population averages are population averages, but we ourselves are not averages. For example, it turns out that I probably have a 30x(!) higher-than-average predisposition to melanoma. Fortunately, there are both specific supplements that help counteract the particular mutations I have, and of course I can significantly dial up my screening frequency. So, this is very useful to know. I don't know exactly how much the analysis cost, but probably less than $100. Sequencing my genome cost a few hundred dollars. (One often sees papers and articles claiming that models aren't very good at medical reasoning. These analyses are usually based on employing several-year-old models, which is a kind of ludicrous malpractice. It is true that you still have to carefully monitor the agents' reasoning, and they do on occasion jump to conclusions or skip steps, requiring some nudging and re-steering. But, overall, they are almost literally infinitely better for this kind of work than what one can otherwise obtain today.) There are still lots of questions about how this will diffuse and get adopted, but it seems very clear that medical practice is about to improve enormously. Exciting times!



@JonathanAnomaly on why biological intelligence matters in a world of AI youtube.com/watch?v=bBGLIL…









Many professors and pundits want to quash research on racial differences in intelligence because they suspect the cause is substantially genetic and do not want the public to know. If they thought it was 100% environmental, they'd enthusiastically support the research.

Herasight advisor and genetics professor @AlexTISyoung says that in the future, we may be able to create gametes from non-gamete adult cells and stack that with gene editing to remove disease-causing variants: "In vitro gametogenesis is a technology to create gametes — so sperm and eggs, eggs is what would be more useful generally — from adult cells that are not gamete cells." "That could potentially create thousands of embryos." "Then there's also gene editing. You can use CRISPR or a technology like that to go into an embryo and edit particular base pairs, remove some disease-causing variant, or maybe more controversially enhance some ability." "My idea for the future of this space could be that you have a stack, where you have in vitro gametogenesis that creates thousands of embryos. Then you can get the genome data, do the predictions of the disease risks and traits from that, select a few promising embryos, and then do some edits in them."

SpaceX Financials, Chimpanzee Civil War, Self-Driving Safety, Ferrari x.com/i/broadcasts/1…


