Not exact matches
A 2003 article in Nutrition Journal stated that vitamin C works with dopamine -
beta -
hydroxylase to transform dopamine into norepinephrine and this is important to the regulation of mood.
Indeed, vitamin C may be a critical cofactor of dopamine
beta -
hydroxylase and also may protect membrane phospholipids acting as a scavenger of ROS.
Dopamine -
beta -
hydroxylase requires ascorbic acid and copper as cofactors.
In norepinephrine - containing brain neurons, neurons in the peripheral central nervous system, and in the adrenal gland, dopamine is converted to norepinephrine by dopamine -
beta -
hydroxylase.
But these Clostridia species, they create an enzyme, and it's called Dopamine
beta -
hydroxylase that causes the Dopamine not to break down properly.
«Voluntary ingestion of sucrose restores CRF and dopamine -
beta -
hydroxylase messenger RNA expression in brain, food intake, and caloric efficiency and fat deposition, circulating triglyceride, leptin, and insulin to normal.»
Supplements per kg - Nutritional additives: Vitamin A 15000IU; Vitamin D3 1500IU; Vitamin E 600 mg; Vitamin C 150 mg; Niacin 37.5 mg; pantotenic acid 15 mg; Vitamin B2 7.5 mg; Vitamin B6 6 mg; Vitamin B1 4.5 mg; Vitamin H 0.38 mg; folic acid 0.45 mg; Vitamin B12 0.1 mg; choline chloride 2500 mg;
Beta ‐ carotene 1.5 mg; zinc chelate of the analogous methionine
hydroxylase 910 mg; manganese chelate of the analogous methionine
hydroxylase 380 mg; ferrous chelate of glycine hydrate 250 mg; copper chelate of the analogous methionine
hydroxylase 88 mg; selenomethionine 0.40 mg; DL ‐ methionine 4000 mg; Taurine 1000 mg; L ‐ Carnitine 300 mg.
The primary structure of human dopamine -
beta -
hydroxylase: insights into the relationship between the soluble and the membrane - bound forms of the enzyme
Further evidence for the association between attention - deficit / hyperactivity disorder and the dopamine -
beta -
hydroxylase gene