Thiamin for Nervous Disorders
Thiamin (also spelled "thiamine") is a water-soluble B-complex vitamin, previously known as vitamin B1 or aneurine. Thiamin may most commonly be known for treating Beriberi.
But Thiamin is involved in other body functions, including: nervous system and muscle functioning; flow of electrolytes in and out of nerve and muscle cells (through ion channels); multiple enzyme processes (via the coenzyme thiamin pyrophosphate); carbohydrate metabolism; and production of hydrochloric acid (which is necessary for proper digestion). Because there is very little thiamin stored in the body, depletion can occur as quickly as within 14 days.
So how does Thiamine play an important role in nervous disorders? Researchers feel it is because of its role in the synthesis of acetylcholine (via the production of acetyl CoA), an important neurotransmitter. With a lack of vitamin B1, the nerves are more sensitive to inflammation. It is said therefore, that increased Thiamine intake may be suggested for numerous mental illnesses and problems that affect the nerves. These include alcoholism and its nerve problems, multiple sclerosis, Bell's palsy (a facial nerve paralysis), and neuritis. Treatment with thiamine, for example, has been helpful in decreasing the sensory neuropathy that accompanies diabetes and in lessening the pain of trigeminal neuralgia. Thiamine also has a mild diuretic effect and is supportive of heart function, so it is suggested in the treatment program for many cardiovascular problems.
Since Thiamine is eliminated through the skin somewhat, doses of over 50-100 mg. per day may help repel insects such as flies and mosquitos from those with "sweet blood." Other uses for increased Thiamine include treatment of stress and muscle tensions, diarrhea, fever and infections, cramps, and headaches
Thiamine is used commonly to improve healing after dental (or, often, any) surgery.
Dietary sources of Thiamin include beef, brewer's yeast, legumes (beans, lentils), milk, nuts, oats, oranges, pork, rice, seeds, wheat, whole grain cereals, and yeast. In industrialized countries, foods made with white rice or white flour are often fortified with thiamin (because most of the naturally occurring Thiamin is lost during the refinement process).
Conditions resulting in an increased requirement for Thiamin include strenuous physical exertion, fever, pregnancy, breast-feeding, and adolescent growth. Such conditions place individuals with marginal Thiamin intake at risk for developing symptomatic Thiamin deficiency.
Recently, malaria patients in Thailand were found to be severely thiamin deficient more frequently than non-infected individuals. Malarial infection leads to a large increase in the metabolic demand for glucose. Because Thiamin is required for enzymes involved in glucose metabolism, the stresses induced by malarial infection could exacerbate Thiamin deficiency in predisposed individuals. HIV-infected individuals, whether or not they had developed AIDS, were also found to be at increased risk for Thiamin deficiency. The lack of association between Thiamin intake and evidence of deficiency in these HIV-infected individuals suggests that they had an increased requirement for Thiamin.
Is Thiamin merely a supplement that helps with rare diseases? It seems not as scientists are discovering more and more how it benefits the body.
About the Author: R. Fredriksen is the Vice President of Nutrition Dome, a leading provider of Jarrow Formulas, Met-Rx, Pioneer Nutritional Formulas, Lipodrene and other quality supplements. For more information, please visit www.nutritiondome.com.
But Thiamin is involved in other body functions, including: nervous system and muscle functioning; flow of electrolytes in and out of nerve and muscle cells (through ion channels); multiple enzyme processes (via the coenzyme thiamin pyrophosphate); carbohydrate metabolism; and production of hydrochloric acid (which is necessary for proper digestion). Because there is very little thiamin stored in the body, depletion can occur as quickly as within 14 days.
So how does Thiamine play an important role in nervous disorders? Researchers feel it is because of its role in the synthesis of acetylcholine (via the production of acetyl CoA), an important neurotransmitter. With a lack of vitamin B1, the nerves are more sensitive to inflammation. It is said therefore, that increased Thiamine intake may be suggested for numerous mental illnesses and problems that affect the nerves. These include alcoholism and its nerve problems, multiple sclerosis, Bell's palsy (a facial nerve paralysis), and neuritis. Treatment with thiamine, for example, has been helpful in decreasing the sensory neuropathy that accompanies diabetes and in lessening the pain of trigeminal neuralgia. Thiamine also has a mild diuretic effect and is supportive of heart function, so it is suggested in the treatment program for many cardiovascular problems.
Since Thiamine is eliminated through the skin somewhat, doses of over 50-100 mg. per day may help repel insects such as flies and mosquitos from those with "sweet blood." Other uses for increased Thiamine include treatment of stress and muscle tensions, diarrhea, fever and infections, cramps, and headaches
Thiamine is used commonly to improve healing after dental (or, often, any) surgery.
Dietary sources of Thiamin include beef, brewer's yeast, legumes (beans, lentils), milk, nuts, oats, oranges, pork, rice, seeds, wheat, whole grain cereals, and yeast. In industrialized countries, foods made with white rice or white flour are often fortified with thiamin (because most of the naturally occurring Thiamin is lost during the refinement process).
Conditions resulting in an increased requirement for Thiamin include strenuous physical exertion, fever, pregnancy, breast-feeding, and adolescent growth. Such conditions place individuals with marginal Thiamin intake at risk for developing symptomatic Thiamin deficiency.
Recently, malaria patients in Thailand were found to be severely thiamin deficient more frequently than non-infected individuals. Malarial infection leads to a large increase in the metabolic demand for glucose. Because Thiamin is required for enzymes involved in glucose metabolism, the stresses induced by malarial infection could exacerbate Thiamin deficiency in predisposed individuals. HIV-infected individuals, whether or not they had developed AIDS, were also found to be at increased risk for Thiamin deficiency. The lack of association between Thiamin intake and evidence of deficiency in these HIV-infected individuals suggests that they had an increased requirement for Thiamin.
Is Thiamin merely a supplement that helps with rare diseases? It seems not as scientists are discovering more and more how it benefits the body.
About the Author: R. Fredriksen is the Vice President of Nutrition Dome, a leading provider of Jarrow Formulas, Met-Rx, Pioneer Nutritional Formulas, Lipodrene and other quality supplements. For more information, please visit www.nutritiondome.com.
