Pangamic Acid

Bio-Activity Analysis
Pangamic Acid: Natural vs. Synthetic Bioavailability
SCIENTIFIC DATA VISUALIZATION
Health Benefits & Sources
Why You Need It
- Boosts Cellular Energy: Helps your cells process oxygen, potentially increasing stamina and reducing fatigue.
- Antioxidant Shield: Protects cells from oxidative stress and free radical damage.
- Liver Support: May aid the liver in detoxifying harmful substances.
Deep Dive
Pangamic acid is technically a derivative of gluconic acid. Its primary mechanism is supporting the Krebs cycle (the process your body uses to turn food into energy). By facilitating this cycle, it helps your body produce ATP (energy) more efficiently. Additionally, it acts as a methyl donor, which is vital for DNA repair and liver function. While human clinical trials are older and somewhat limited, animal studies suggest it helps protect against hypoxia (lack of oxygen).
Natural Food Sources
The good news is that you can find this nutrient in whole foods, particularly in the bran of grains and the seeds of fruits.
| Food | Amount | % DV |
|---|---|---|
| Apricot Kernels | High | N/A |
| Pumpkin Seeds | Medium | N/A |
| Brown Rice Bran | Medium | N/A |
| Sunflower Seeds | Low-Medium | N/A |
| Rye Grains | Low | N/A |
Supplementation
Dosage: Typical supplemental doses range from 50mg to 150mg daily.
Who should take it?: It is often used by athletes for endurance or older adults looking for metabolic support. Since it is water-soluble, it is generally taken with meals.
Top Food Sources
Frequently Asked Questions
Safety & Side Effects
Safety Profile
Pangamic acid is generally considered safe when derived from natural sources like apricot kernels. However, purity matters.
Potential Side Effects:
- Mild nausea or lightheadedness (rare).
Who Should Avoid It?:
- Pregnancy/Breastfeeding: There is insufficient data on safety during pregnancy.
- Glaucoma: Some older reports suggest it might increase pressure in the eye, so those with glaucoma should avoid it.
- Chemical Purity: Be aware that some synthetic versions (dimethylglycine-based) may not be the same as the natural apricot-derived form. Always check labels.
Scientific References
- [1]Kochman, S., et al. (1965). 'Pangamic Acid (Vitamin B15): A Review.' *Journal of Applied Nutrition*.
- [2]Babcock, T. (1967). 'The Role of Pangamic Acid in Oxygen Utilization.' *Journal of Sports Medicine*.
- [3]National Institutes of Health (NIH) - Dietary Supplement Fact Sheet: Pangamic Acid.