Learner1
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This study just came out. It explains how I increasing acetylcholine in the brain can reduce hypersensitivity to smell, but I'd imagine it might also be for things like light and sound:
https://neurosciencenews.com/choline-transporter-information-19805/
Both Mestinon and Huperzine A increase acetylcholine in the brain which may be helpful in reducing hypersensitivity to stimuli. Of course, no rush be has studied this in M/CFS, so we can only guess.
https://neurosciencenews.com/choline-transporter-information-19805/
They discovered that the choline transporter, a protein that takes up choline into neurons so that the cells can produce the neurotransmitter acetylcholine, regulates habituation to smells. Fruit flies with fewer choline transporters in certain parts of the brain did not become habituated to the scent and instead became hypersensitive...
...The hypersensitivity and other changes observed in the flies with fewer choline transporters are similar to symptoms seen in people with Autism spectrum disorder. Additionally, previous work has shown that variations in the choline transporter have been associated with attention deficit hyperactivity disorder (ADHD).
Both Mestinon and Huperzine A increase acetylcholine in the brain which may be helpful in reducing hypersensitivity to stimuli. Of course, no rush be has studied this in M/CFS, so we can only guess.
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