▲ | Nevermark 5 days ago | |||||||||||||||||||||||||
> Any increase towards baseline is beneficial throughout the entire affected graph of neural structures, as well as proximate ones. This cannot possibly be assumed when talking about physiology already known to be atypical. And specifically, assuming that reducing blood flow one place, and increasing it in another place, post-development, will predictably be a benefit is ... I have no words. Your whole comment is full of this type of worse than weak reasoning. | ||||||||||||||||||||||||||
▲ | wtbdbrrr 4 days ago | parent [-] | |||||||||||||||||||||||||
> assuming that reducing blood flow one place, and increasing it in another place should have made it clear that I did not mean decreasing in one place while increasing in another but increasing throughout all proximate areas. > Your whole comment is full of this type of worse than weak reasoning. Agreed, should have tagged it #sciencephilosophy or something ... I was thinking out loud. But there is merit. I am not uncertain any studies can prove me entirely wrong. But I understand why such a discussion might be a waste of time. > This cannot possibly be assumed when talking about physiology already known to be atypical. I don't understand. If reduced bloodflow is known to be the cause for atypical physiology, then the opposite is certainly also known. I understand that -q doesn't necessarily mean p, but in the case of reduced bloodflow we have proof, don't we? There's a little lump in my lag that causes reduced bloodflow if I don't do certain exercises or movements, which causes a bit of lag. If I do the movements for a bit or several times per hour, no lag. That is true for a considerable percentage of the population. | ||||||||||||||||||||||||||
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