Probably not, but it feels like something familiar...Have you ever tried Taurine?
https://www.ncbi.nlm.nih.gov/pubmed/17182796do you guys have studies on biotin that may help show why it would be helpful? thanks
I would start to feel very unpleasant cognitive and mood decline in less than one day.Interesting.
How long after you stop taking biotin do you start to crash with no energy.
I did start to see an improvement of my symptoms from the first 10 mg capsule taken under the tongue (but not from the first eaten).Did you start to see an improvement of your symptoms from the beginning of the supplementation? Did you "only" had a cognitive fatigue or in the whole body (muscles)?
As far as I have read, currently there are no scientific evidence for serious side effects from very big dosages of biotin (I have read somewhere about rare case where someone eats 300 mg of biotin daily).Is such high doses safe long.term.
What follows is speculative:Repeat - Anyone know what might be depleting biotin in the first place, assuming its not a genetic issue?
I found these on B5 competition with biotin for uptake:What follows is speculative:
I personally noticed that high B5 foods increase the need for Biotin (e.g. potatoes, avocados, salmon). High Lysine/Beta-Alanine foods increase the need for Biotin (e.g. animal protein). Interestingly Taurine seems to help. Perhaps Biotin indirectly helps bile acid synthesis by competing with B5 for uptake/transport, and by using up some lysine. B5, Beta-Alanine and Lysine disturb bile acid production.
I forgot to highlight that it is an established fact that B5, Lysine and Beta-Alanine do antagonize bile acid synthesis.
I forgot to highlight that it is an established fact that B5, Lysine and Beta-Alanine do antagonize bile acid synthesis.
This surely changes the game. I get great bile flow from just eating sat animal fat.70% of my calorie-intake from fats, healthy fats.
Abstract
Objective
Biotin is a water-soluble vitamin that acts as a cofactor for several carboxylases. The ketogenic diet, a low-carbohydrate, high-fat diet, is used to treat drug-resistant epilepsy and promote weight loss. In Japan, the infant version of the ketogenic diet is known as the “ketone formula.” However, as the special infant formulas used in Japan, including the ketone formula, do not contain sufficient amounts of biotin, biotin deficiency can develop in infants who consume the ketone formula. Therefore, the aim of this study was to evaluate the effects of the ketogenic diet on biotin status in mice.
Methods
Male mice (N = 32) were divided into the following groups: control diet group, biotin-deficient (BD) diet group, ketogenic control diet group, and ketogenic biotin-deficient (KBD) diet group. Eight mice were used in each group.
Results
At 9 wk, the typical symptoms of biotin deficiency such as hair loss and dermatitis had only developed in the KBD diet group. The total protein expression level of biotin-dependent carboxylases and the total tissue biotin content were significantly decreased in the KBD and BD diet groups. However, these changes were more severe in the KBD diet group.
Conclusion
These findings demonstrated that the ketogenic diet increases biotin bioavailability and consumption, and hence, promotes energy production by gluconeogenesis and branched-chain amino acid metabolism, which results in exaggerated biotin deficiency in biotin-deficient mice. Therefore, biotin supplementation is important for mice that consume the ketogenic diet. It is suggested that individuals that consume the ketogenic diet have an increased biotin requirement.