4 ms·
Agreed on the common sense stuff but disagree about the difficulty to translate this to practice. Depends if you need it from Big Pharma or if you’re biohacking
by bionhoward 3y ago
Agreed on the common sense stuff but disagree about the difficulty to translate this to practice. Depends if you need it from Big Pharma or if you’re biohacking.
The authors highlight a multi step pathway and one of the steps is accumulation of alpha-ketoglutarate which is a common ketone we all already have tons of, and it increases from fasting. Seems like their research indicates there’s a second system hiding behind the first and it only turns on when you have ketones and can’t burn fat. That’s like the logical converse or contrapositive or something to fasted state. This is analogous to diabetic ketoacidosis but seems to have a healthy impact, which is surprising.
TLDR: if you think about it, fatty acid oxidation pathways are some of the easiest to target (even with zero drugs…just stop eating for a few days)
- hattmall 3y agoI think the point is that there's no reason as of yet to think this same thing happens in humans. Rats and humans are very very different. Humans may have developed a stress response or any other myriad of things that cause the results to be dissimilar.