Redsenol Ginseng and ginsenosides
The ginsenosides are important constituents in Araliaceae plants like Panax ginseng and American ginseng, showing active anticancer efficacy. Scientists found that the transformation of ginsenosides can bring more bioactivities in combating cancer. In order...
According to Economic Information Daily, an official newspaper in China, Professor Jin Yinghua and his team at Jinlin University used the phage display technology to make a systematic selection toward the library of human...
Ginsenosides are tetracyclic triterpenes saponins that are transformed and extracted from Araliaceae plants like American ginseng, Ginseng and Panax ginseng. Since scientists discovered in the 1960s that ginsenosides have great properties in anti-cancer activity,...
Colorectal cancer is generally a malignant tumor that grows in the digestive system. With the lifestyle of high-fat and high-calories prevalent, the morbidity rate of colorectal cancer keeps increasing obviously. At present, cancer patients...
Liver cancer becomes increasingly prevalent among people aged 55 to 56 years. It seems that people are more likely to be diagnosed with liver cancer with their age increases. In fact, hepatitis B virus...
Ginseng is a renowned variety of short, slow growing perennial plants with fleshy roots. It is light-colored, with forked-shaped root, a relatively long stalk and green leaves with oval shape. Ginseng is believed to...
Ginsenosides are bioactive ingredients in Araliaceae plants such as Panax ginseng, American ginseng. Ginsenosides have become a popular direction for anti-cancer research since scientists found the anti-cancer effects of rare ginsenosides in the 1960s....
For a long time, the research on the anti-cancer effects of rare ginsenosides focuses on ginsenoside Rh2 and Rg3. A variety of research shows that ginsenoside Rh2 exerts inhibitory effects on cancer cells with...
The author investigated the potential of rare ginsenosides and their aglycones to block hepatic and intestinal inactivation of 1α,25(OH)2D3, which is the most potent ligand of vitamin D receptor. The results suggest that rare ginsenosides,...
The solubility and stability of ginsenoside aPPD were determined, and the compound was formulated for oral gavage. The aPPD levels in blood and tissues following oral administration to nude mice were determined using liquid...
