Vitamin B1 (Thiamine HCL)

Suitable For

Vegetarian

Vegan

No Gluten Containing Ingredients

No Nut Containing Ingredients

Vitamin B1 is also known as Thiamine and is one of the 8 B vitamins. In common with all the B vitamins it is water-soluble and so the body does not store it. Depletion can occur within 14 days.

Metabolics Vitamin B1 is in the form of Thiamine Hydrochloride, one of the forms that occur in the human body making it readily available.

What does Vitamin B1 do?

• It contributes to normal energy yielding metabolism. Thiamine Hydrochloride is required as a coenzyme for a few but important enzymes that enable pyruvate to form Acetyl Co A (see Acetyl Co A Support), and alpha ketoglutarate to form Succinyl-Co A products in the cells that make energy from food. http://pubs.niaaa.nih.gov/publications/arh27-2/134-142.htm
• It contributes to normal functioning of the nervous system. In the brain Thiamine is required by nerve cells and supporting nervous system cells (or "glial cells"), it's also needed to create neurotransmitters.
• It contributes to normal psychological function – Thiamine Hydrochloride is necessary to create some neurotransmitters (brain chemicals) that are essential for normal psychological function.
• It contributes to the normal function of the heart -Thiamine is found in high concentration in the heart as well as the brain, liver and kidney. The heart is particularly sensitive to Thiamine deficiency, and impairment of the Thiamine Hydrochloride dependent enzymes primarily affects the heart and nervous system.
  
  

  Deficiency of Vitamin B1

  Deficiency is rare as foods and cereals are fortified but symptoms of deficiency might include tiredness, confusion and irritability, apathy, decrease in short term memory, depression and abdominal discomfort. There is a specific deficiency disorder called Wernicke-Korsakoff syndrome (a neurological disorder), which can occur commonly in malnourished chronic alcoholics, which is a result of Thiamine deficiency. The active transport of thiamine in the small intestine is inhibited by alcohol and folic acid deficiency.