Kwao Krua
| Kwao Krua | |
|---|---|
 | |
| Molecule | C20H22O5 |
| Compound | Deoxymiroestrol |
| Era | Ancient |
| Origin | Thailand, Myanmar |
| Archetype | Milady |
| Ancestor | Thai |
| Swag Score | 2 |
| Date Added | 2025-01-12 |
[view source]Effects & Properties
Effects: Menopausal symptom relief, maintaining bone density in estrogen-deficient models, promoting collagen production, skin elasticity, and wrinkle reduction. It may also have antioxidant effects and inhibit growth of breast cancer cell lines, though in high doses may promote estrogen-sensitive tumors. Mild side effects include breast tenderness, bloating, headaches, and irregular periods.
Natural Occurrence: The substances are unique to Puerarie mirifica. Appearance: The plant’s tuberous roots resemble potatoes in their raw form, with a brownish exterior and whitish interior. Dried and powdered, the roots appear as light brown to beige with an earthy odor.
[view source]History
Kwao Krua (Pueraria mirifica) has been used in traditional Thai medicine for centuries, with the earliest known written reference appearing in a palm-leaf manuscript from Myanmar dating to 1227 CE, describing its rejuvenating and feminizing properties. The plant was formally identified by the Thai botanist Luang Anusarnsuntarakromkarnpithak in 1931 and documented scientifically by Kashemsanta in 1952. It gained international attention in the late 20th century for its potent phytoestrogens, particularly miroestrol, and is now widely marketed as a natural supplement for menopausal relief and breast enhancement.
[view source]Connections
Archetype: Milady
Ancestor: Thai
Tarot Card: Two of Pentacles
Paired With: Estrogen
[view source]Sources
- https://biologyinsights.com/pueraria-mirifica-applications-side-effects-safety/
- https://www.healthline.com/nutrition/pueraria-mirifica
- Pueraria mirifica - Wikipedia — botanical identification, 13th-century palm-leaf manuscript reference, phytoestrogens including miroestrol, traditional Thai medicinal use
- Miroestrol - PubChem — miroestrol molecular data