The scientific name for Salmalia malabarica (also written as Bombax ceiba ) is Salmalia malabarica, a deciduous tall tree in the Malvaceae family (although under the old classification system it may be classified as Bombacaceae). It is widely distributed mainly in tropical and subtropical Asia, and is used as a roadside tree or garden tree due to its large, upright tree shape and vibrant flowers that bloom in season.
In traditional medicine (Ayurveda, folk medicine), several parts of the plant, including the bark, flowers, fruits, and roots, have been used medicinally for a wide range of purposes, including as a tonic, to support the digestive system, circulatory system, urinary system, and reproductive function. In particular, it has been used to nourish a weak constitution, for coughs, urinary tract disorders, and decreased sexual function.
A variety of phytochemicals have been identified, including plant sterols (β-sitosterol) , triterpenes (lupeol) , phenols (gallic acid, tannic acid, ethyl gallate) , carotenoids , long-chain hydrocarbons (hentriacontane, hentriacontanol), aromatic compounds (7-hydroxycadalene methylether, 1,2-dimethylether), and flavonoid-related compounds (shaminin). Based on these ingredients, basic research and some pharmacological studies have suggested that the plant may have antihypertensive , blood sugar regulating , antidiarrheal , anti- inflammatory , antioxidant , cardiac support , smooth muscle regulation (uterine contractile and myotropic effects) , and antibacterial properties.
Characteristics of Kiwata
- Scientific name: Salmalia malabarica (=Bombax ceiba)
- Classification: Malvaceae (formerly Bombacaceae) Genus: Bombacaceae
- Other names: Momen, silk cotton tree, kapok tree (regional name)
- Appearance: Large deciduous tree with a thick trunk and broad crown
- Distribution: Widely distributed, mainly in tropical and subtropical Asia
- Parts used: bark, flowers, fruits, roots, etc.
Expected effects
- Antihypertensive support effect: It has been suggested that it may contribute to maintaining blood pressure balance through vascular function regulation.
- Blood sugar regulation effect: It has been suggested that it may contribute to suppressing blood sugar levels and improving indicators related to glucose metabolism.
- Antidiarrheal effect: It has been suggested that regulating intestinal motility and intestinal mucosal function may contribute to the alleviation of diarrheal symptoms.
- Cardiac function support: It has been suggested that it may contribute to maintaining circulatory function through its cardiotonic action.
- Smooth muscle regulating effect: It has been suggested that it may be involved in muscle function balance, such as uterine contraction and muscle tone regulation.
- Urinary support: It has been suggested that it may contribute to a healthy urinary tract environment and support urinary function.
- Respiratory support: It has been suggested that it may contribute to the relief of respiratory discomfort such as coughing.
- Tonic and nourishing support effect: It has been suggested that it may contribute to maintaining condition when you are weak or have reduced physical strength.
- Anti-inflammatory and antioxidant effects: It has been suggested that its phenolic and carotenoid components may contribute to reducing inflammation and oxidative stress.
- Antibacterial effect: It has been reported to have growth inhibitory activity against some microorganisms.
