Home Ginseng & Ginsenosides Ginsenoside aPPD induces cell dealth in human endometrial cancer cells

Ginsenoside aPPD induces cell dealth in human endometrial cancer cells

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Endometrial cancer is a tumor that occurs in the uterine, and it is the fourth top common cancer for women. Each year, about six thousand people in the United States are newly diagnosed with endometrial cancer.

The current treatments for endometrial cancer include radiation therapy and chemotherapy. However, inevitable side effects and toxicity occurring in these two treatments have been propelling scientists to explore more friendly and less toxic herbal medicines.

Ginseng is one of the most popular medicinal herbs being studied among the research society, for it shows good anti-cancer activities.

Ginsenosides, the main pharmacological contributors in ginseng, have been reported to potentially inhibit and kill various cancer cells in lab and animal experiments.

The naturally occurring ginsenosides in ginseng like Rb1, Rb2, Rc, Re, and Rg1 constitute about 80-90% of total ginsenosides, so they are known as major ginsenosides. Unfortunately, these major ginsenosides are not easily absorbed through the intestine due to large molecular weight.

In order to improve their bioavailability, major ginsenosides must be metabolized into minor ginsenosides (also called rare ginsenosides).

20(S)-protopanaxadiol, also referred to as 20(S)-PPD or aPPD, is a metabolized minor ginsenoside. It showed brilliant anticancer activities, dozens of times stronger than its parent ginsenosides Rb1.

A research team examined the anticancer effects of ginsenoside aPPD on endometrial cancer, and the findings were published in the Journal of Ginseng Research.

The researchers of the study found that ginsenoside aPPD treatment inhibited the proliferation of endometrial adenocarcinoma cell lines (HEC-1A) in a dose-dependent manner. Ginsenoside aPPD.

Ginsenoside aPPD was found to exert similar tumor morphologic changes to Taxol, a commonly used chemotherapy drug.

In nude mice models, ginsenoside aPPD treatment also suppressed tumor growth without causing any death or weight loss at the highest dosage of mg/kg.

Both cell culture and animal experiments showed the therapeutic potential of ginsenoside aPPD in the treatment of endometrial cancer, and ginsenoside aPPD could be used for combination therapy in the coming years.

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