Kamanga BM, Barrett P, L Cartmill D et al.
Plant signaling & behavior • Dec 31, 2026
Oyinloye BE, Adewale AI, Adeyemi SO, Fajana OM, Olusola OS, Oyinloye OM, Ayeni AM, Akawa AB, Idowu OT, Ibikunle AI
Oyinloye BE, Adewale AI, Adeyemi SO et al. (2026). Computational screening and molecular dynamics reveal curcumin III and taxifolin as potential thyroid receptor modulators for hypothyroidism therapy.. Frontiers in endocrinology.
This computer-based study investigated whether natural compounds from three plants, including moringa, could potentially help treat hypothyroidism (underactive thyroid). Hypothyroidism occurs when the thyroid gland doesn't produce enough hormones, and is typically treated with a synthetic drug called levothyroxine, which can have side effects. Researchers used computer modeling to test 439 natural compounds against thyroid receptors to see which ones might work as alternatives. They found that taxifolin from moringa and curcumin III from turmeric showed the most promise. These compounds appeared to bind well to thyroid receptors and had good drug-like properties, meaning they might be absorbed well by the body if taken orally. The computer simulations suggested these compounds remained stable when interacting with thyroid receptors. However, this research was entirely computational - no actual laboratory experiments or human trials were conducted. The findings suggest these natural compounds could potentially be developed into thyroid treatments, but extensive laboratory and clinical testing would be needed first to prove they actually work and are safe for people to use.
No dosage information provided - computational study only
Kamanga BM, Barrett P, L Cartmill D et al.
Plant signaling & behavior • Dec 31, 2026
Raghavendra HN, Niranjan, Raghavendra Prajwal HS et al.
Journal of environmental science and health. Part A, Toxic/hazardous substances & environmental engineering • Mar 10, 2026
Xu Z, Ma S, Zhou Y et al.
BMC plant biology • Mar 12, 2026