Peter Attia· MD
this this is usually an issue at altitude but in elite endurance athletes is actually about half of them exhibited even at sea level
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The evidence is convergent. Multiple independent sources reach the same conclusion, the underlying mechanism is well-characterized, and even the field's most cautious voices treat it as worth doing.
this this is usually an issue at altitude but in elite endurance athletes is actually about half of them exhibited even at sea level
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you can also run into situations where an athlete is so fit their heart is so strong it can uh it pumps blood past your lungs so quickly that it doesn't have time to fully stock up on oxygen you get something called exercise induced arterial hypoxemia
in elite endurance athletes is actually about half of them exhibited even at sea level so they're already running into a limitation just in getting oxygen from their lungs to their bloodstream
in Elite endurance athletes is actually about half of them exhibited even at se sea level so they're already running into a limitation just in getting oxygen from their lungs to their bloodstream