Isoflavones as Natural Galactagogues: Prolactin receptor binding and lactation Enhancement Potential of Vitexin and Isovitexin from Oxalis corniculata

The research on Oxalis corniculata containing isoflavones suggests that these compounds might offer a natural solution to increase milk supply in breastfeeding mothers. Isoflavones, being phytoestrogens, mimic the action of estrogen in the body, which could play a role in enhancing prolactin production. Prolactin is the hormone responsible for milk production, and its receptor interaction is crucial for initiating and maintaining lactation. Molecular docking, a method used to study the interaction between molecules and receptors, has shown that isoflavones have a strong binding affinity to the prolactin receptor. This suggests that isoflavones could potentially boost prolactin activity, leading to an increased milk supply. The better binding affinity indicates that these compounds could be more effective than other substances in stimulating milk production. Further research might explore the safety and efficacy of using isoflavones as a natural galactagogue, especially in comparison to other herbal and pharmaceutical options. If proven effective, isoflavone-based treatments could become a valuable tool for mothers struggling with low milk supply, offering a natural alternative to current treatments. This could have significant implications for infant health, ensuring that more babies receive the full benefits of breastfeeding. The isoflavones, vitexin and isovitexin showed good binding affinity with the prolactin receptor.