
|
Functions
|
Pantothenic acid plays a very important part in metabolism and stress resistance.
Its major role is to combine with other molecules to form coenzyme A, a required
compound for energy metabolism. It is also responsible for the synthesis of such
substances as antibodies, fat, protein, the neurotransmitter acetylcholine, and porphyrin
- |
|
Uses
|
1. Physical/emotional stress 2. Aging 3. Arthritis, especially rheumatoid 4. Physical illness. 5. Malabsorption syndrome 6. Depression 7. "Burning Foot" Syndrome 8. Pregnancy and lactation
|
|
Deficiency
|
General deficiency symptoms include nerve and muscle disturbances, cardiovascular disorders, digestive disorders, susceptibility to infections, physical weakness, depression, and fatigue. It's a very uncommon deficiency because it is found in so many foods. |
|
Antagonists |
Copper is antagonistic. Factors decreasing availability include dry heat and food preparation in either acid or alkaline solution. In short, food processing and canning will eliminate it. |
|
Co-
|
Nutritional factors promoting pantothenic acid function include biotin, folic acid, niacin, chromium, zinc, and vitamins C, B1, B2, and B12. |
|
Drug Interactions
|
Sulfa drugs, sleeping pills, estrogen and alcohol may raise requirements for pantothenic acid. |
|
Dose
|
The U.S. Recommended Daily Allowance (RDA) for children is 3- |
|
Toxicity
|
Risk is low, but at high doses may produce diarrhea, fluid retention, memory loss, drowsiness, depression and nausea. |
|
Sources
|
Milligrams Pantothenic acid in 100 gram portion (approx 3 oz) Yeast, brewer's 12 Yeast, tortula 11 Liver, calf 8 Liver, chicken 6 Kidneys, beef 3.9 Peanuts 2.8 Mushrooms 2.2 Soybean flour 2.0 Split peas 2.0 Perch 1.9 Pecans 1.7 Soybeans 1.7 Eggs 1.6 Oatmeal, dry 1.5 Sunflower seeds 1.4 Lentils 1.4 Cashews 1.3 Salmon 1.3 Wheat germ, toasted 1.2 Garbanzos 1.2 Black- Cauliflower 1.0 Kale 1.0
|
