Micronutrient therapy
| Compensating for magnesium deficits | |
| The membrane-stabilizing effect and the resulting influence on the excitation conduction of the nerves can play an important role in the pathogenesis of migraine attacks magnesiumdeficiencies. Migraine patients often have a sub-optimal magnesium status and respond well to supplementation. In clinical studies, magnesium substitution of 600 mg/day reduced both the duration and frequency of migraine attacks. | |
| Increase serotonin level | |
| The serotonin level is closely related to the sensation of pain. Migraine attacks and tension headaches can often be directly associated with lowered serotonin levels in affected patients. Substitution of the amino acid 5-hydroxytryptophan (5-HTP) leads to an increase in serotonin synthesis in the central nervous system, which explains the successful use in headaches. | |
| Micronutrients with analgesic effect | |
| The sulfur-containing amino acid Taurine is known for its pronounced antioxidant properties for its stabilizing and protective effect on nerve membranes. Taurine is of particular importance due to its analgesic effect. This is based on a regulatory effect regarding intracellular calcium homeostasis, which is related to pain perception. In addition, an increase in the acetylcholine content in the brain after taurine administration is reported. | |
| Improve pain | |
| In addition to the generally protective effect of B vitamins on nerve cells, clinical studies have significantly improved the substitution of vitamin B2 and B12 pain conditions. Coenzyme Q10 plays a key role in cellular energy production and is a central antioxidant in the cells. Clinical studies suggest that coenzyme Q10 status in migraine is below normal levels. In clinical studies, supplementation with 1 - 3 mg coenzymes Q10/kg body weight led to a significant reduction in migraine frequency and intensity. |