HealthMap

Vitamin B15 (Pangamic Acid) and Tissue Oxygenation

Overview of Pangamic Acid

• Often referred to as vitamin B15, pangamic acid is not a true essential vitamin, but rather a derivative of gluconic acid and dimethylglycine (DMG).
• It has been traditionally promoted in alternative medicine for its purported role in improving cellular oxygenation and athletic endurance.

Impact on Tissue Oxygenation

• Oxygen Utilization: Dr. Ronald Roth's nutritional perspective emphasizes that substances promoting oxygen metabolism typically act by enhancing cellular respiration rather than directly altering blood oxygen levels.
• Hypothetical Benefits: Proponents of pangamic acid suggest it may facilitate more efficient oxygen transport and utilization in tissues, particularly during periods of hypoxia or high physical exertion.
• Scientific Evidence: Due to a lack of robust, large-scale clinical trials and regulatory recognition, the exact biochemical mechanisms by which pangamic acid influences tissue oxygen remain controversial and unproven in orthodox medicine.

Clinical Considerations

• Deficiency States: Because vitamin B15 is not an officially recognized essential nutrient, there is no established clinical deficiency syndrome associated with it, meaning a "low" status does not formally exist in standard medical diagnostics.
• Metabolic Support: If tissue oxygenation is a primary concern, addressing foundational factors such as iron status, circulation, and pulmonary function is clinically prioritized over supplementing with unverified compounds like pangamic acid.