after reading this:
i started looking into the "dauer state" and it looks to be a metabolic hibernation state (hypometabolic).
from here: https://chronicillnesstraumastudies.com/mecfs-freeze/
i found the paper "Metabolic features of chronic fatigue syndrome" and it mentions a lot of different but similar hibernation states:
then i found this:
and mice are closer to humans too (mammals) but now i wonder what's known about such a state in humans, how it is triggered and how it could possibly be resolved?
the main driver for my curiosity is how it could be an explanation for the variability in symptoms, how i can feel almost normal one day and severely ill the next.
from: https://forums.phoenixrising.me/thr...-a-main-contributor-to-cfs.89406/post-2427269trauma triggers the cell danger response and that stops healing, causes more trauma and a further spiral into the dauer state
i started looking into the "dauer state" and it looks to be a metabolic hibernation state (hypometabolic).
from here: https://chronicillnesstraumastudies.com/mecfs-freeze/
i found the paper "Metabolic features of chronic fatigue syndrome" and it mentions a lot of different but similar hibernation states:
following the "(35)" i arrived at a paper about a nematode. the other ones i haven't checked yet but i was wondering what's known about such a state in humans? because bears hibernate and they are much closer to humans than a nematode.Much research hasbeen done on the hypometabolic phenotype in other biologicsystems, including dauer (35), diapause (40), hibernation (41),estivation (42), torpor (43), ischemic preconditioning (44), ERstress (45), the unfolded protein response (46), autophagy (47, 48),and caloric restriction (49).
then i found this:
from: https://forums.phoenixrising.me/thr...rol-hibernation-like-behaviors-in-mice.80372/Researchers identify hypothalamus neurons that control hibernation-like behaviors in mice
and mice are closer to humans too (mammals) but now i wonder what's known about such a state in humans, how it is triggered and how it could possibly be resolved?
the main driver for my curiosity is how it could be an explanation for the variability in symptoms, how i can feel almost normal one day and severely ill the next.
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