Bye bye, booze!
Vitamin B6 is a collective name for pyridoxine, pyridoxamine and pyridoxal. The body builds the so-called P5P (pyridoxal phosphate,) from vitamin B6. This is the chemically active form of the vitamin. In turn, the body needs P5P for more than 100 metabolic processes – without P5P no proper fat metabolism and no proper sugar metabolismn. Without P5P, the body can also not build up and convert amino acids. Without vitamin B6, the production of nerve messengers such as serotonin, dopamine or GABA does not function properly.
Alcoholics are particularly often lacking in B6. In addition, alcohol also prevents the body from converting the existing vitamin B6 into the active form P5P.
Vitamin B6 is also responsible for ensuring that the body can produce sufficient stomach acid. If B6 and therefore stomach acid are missing, the food is no longer broken down properly in the stomach and does not reach the intestines sufficiently predigested. This creates problems there. In addition, those who have too little stomach acid (for example, due to a vitamin B6 deficiency) cannot absorb the enormously important vitamin B12 from food.
Symptoms of deficiency can be:
More information in the book “Bye bye, booze!“
Powered by BetterDocs
(Use Cropper to set image and use mouse scroller for zoom image.)
Already have an account? Login
This site is still under development. Feel free to look around and don't hesitate to give us feedback, you'll find a form at the end of each page.
Nevertheless, we activate a few cookies, and these cookies could change due to the fact. that it's a development-site.
Bye bye booze needs cookies, too. However, we try only to activate as few as possible technically necessary cookies so that your visit to this site cannot be tracked as far as possible by third parties.
However, we do need a few - e.g. to display this legal notice or to care for that you do not have to log in again for each page or see this popup again for each page.
As soon as you click on an external link or video, however, cookies may be set by the operators of these sites, which we cannot influence. Learn more on our privacy page.