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From: Kofi on 12 Apr 2008 00:41 I wish to refine and extend my remarks on this interesting paper. This paper indicates that chronic pain and fatigue may be due to a lack of signalling through acid-sensing ion channel 3 (ASIC3) in muscles. Testosterone is required to make that channel work, which may explain why women are more likely to get chronic fatigue than men. It also may say something about acidic vs. basic diets - *not* because these diets can change your blood pH - they can't - but because these acid-sensing channels also exist in the gut. They may pick up a signal from the pH of our diet and *this* may then wind its way around our nervous systems, affecting far-flung parts. The low-affinity nerve growth factor receptor, p75NTR, is required for ASIC3 to work [PMID 14522957] so this strongly suggest to me one method whereby acetyl-l-carnitine (ALCAR) is responsible for alleviating fatigue in patients with chronic fatigue. Testosterone is an ALCAR transporter and ALCAR upregulates p75NTR which, thanks to this paper, we now know is necessary for ASIC3 and relieving muscle fatigue. Since some cancers grow and shrink via p75, taking ALCAR at a high dose (say 3g daily) will certainly alter your risk of getting some cancers (some will go up, some will drop). ALCAR also improves butyrate uptake and thus histone acetylation and Treg cell function which suppresses autoimmunity. Oh, and p75 triggers catagen in hair follicles, causing them to fall out and enter a rest phase.
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