What is the medical uses of Tithonia diversifolia?

Bolivian sunflower or tithonia diversifolia is a giant relative of the Mexican sunflower, reaching up to 15 ft (5 m) and stretching up to 12 feet (3.6 m) wide. While popular as a rapidly growing ornamental in the regions where it can be grown, tithonia diversifolia was once one of the medicinal plants used by the nations of America. Historically, the plant was used in Mexico as a treatment of bones, bruises and sprains. After introducing into Tai -Wan and South China, the plant was incorporated into Chinese medicine, where it is still used to improve liver function, treatment of hepatitis and jaundice, help with night sweat, reducing water retention, lowering blood pressure, fighting athletes and combat cystitis. However, the administration of the United States Food and Drugs has not yet judged whether it is an effective treatment for these or other health conditions.

said some research tithonia diversifolia may actually have any realMedical applications. One study found that alcoholic extract from dried leaves of the plant at doses between 50 and 200 mg per kilogram of body weight has shown diuretic, anti -inflammatory and effects of pain relief in rats. Higher doses of extract caused a linear increase in herb pain relief and anti -inflammatory properties. The authors were unable to convincingly determine which chemical or chemicals were responsible for these effects.

Another study was the subject of another study. The authors found that the extraction of many of them has shown a promise to treat cancer. The isolates of two nuc which lactons have shown a statistically significant decrease in Colna cancer cell proliferation in vitro cells, while others significantly inhibit the formation of lesions in breast cancer in mice. It has been found that the new skellerpenide causes cell differentiation HL-69. However, potential pharmacological applications for these chemicals are not limited to NAnd the treatment of cancer, as it has also been shown that several of the same chemicals are inhibited by the parasite responsible for causing malaria.