Results Compared with L1-Tg~(liv-) mice, L1-Tg~(liv+) mice showed a 90%decrease in biliary cholesterol,which was associated with 32%,40%and 30%increase in plasma total cholesterol,free cholesterol and cholesterol ester,respectively.

The bioconversion conditionsof cholesterol cleavage by Mycobacterium sp. M3;

Mixed N, N-dilauryl Chitosan/Cholesterol Monolayer and Corresponding Vesicle Property;

Study on the evaporation energy-saving technique for production of cholesterol;

Isolation and identification of cholesterol-degrading lactobacillus from fermented meat products;

Screening of Lactobacillus for Efficient Cholesterol-degrading and Its Application in Fermented Milk;

Lactobacillus plantarum was treated with UV, the exhibited good stability obtained by a screening to tow mutants with cholesterol gradient plate and Cholesterol-degrading testing in vitro.

Screening of cholesterol-reducing lactobacillus in vitro;

Screening of the cholesterol-reducing lactic acid bacteria;

Study on characteristics of growth,screening and identification of cholesterol-reducing Lactic acid bacteria;

Study on the enzymes related to cholesterol removal which produced by Lactobacillus plantarum ST-Ⅲ;

This research primarily aimed to establish a set of criteria to comprehensively evaluate in vitro cholesterol removal potential of Lactobacillus.