[[abstract]]Apolipoproteins A-1 and A-2 were purified from human plasma. At concentrations present in human bile these proteins prolonged the nucleation time of cholesterol monohydrate crystals when added to model systems of supersaturated bile. In contrast, apolipoprotein C-3 and other serum proteins did not have this effect. Also, when human gallbladder bile was fractionated by gel filtration chromatography, apolipoproteins A-1 and A-2 were among the proteins present in a fraction of bile enriched in potent inhibitors of cholesterol crystal nucleation. These findings suggest that apolipoproteins A-1 and A-2 in supersaturated human gallbladder bile could inhibit the rate of formation of solid cholesterol crystals and thus help to prevent s...
Abstract: The aggregative forms of lipids in human gallbladder bile and their relation to cholestero...
Different hydrophobic glycoproteins are associated to native biliary vesicles, which are the major c...
We report the combined effects of phospholipase C (PLC), a pronucleating factor, and apolipoprotein ...
As bstract. The onset time for cholesterol crystal nucleation of supersaturated normal human gallbla...
Crystallization-inhibiting proteins can explain longer nucleation times associated with bile from ga...
[[abstract]]We tested the hypothesis that apolipoproteins, the protein constituents of plasma lipopr...
Hypersecretion of hepatic cholesterol, chronic supersaturation of bile with cholesterol and rapid pr...
The first step in cholesterol gallstone disease is precipitation of cholesterol crystals in bile. In...
The first step in cholesterol gallstone disease is precipitation of cholesterol crystals in bile. In...
Gallstone disease is the most common gastrointestinal disease that afflicts 10-15% of the US populat...
Human bile contains a factor with cholesterol nucleation-promoting activity that binds to concanaval...
AbstractCholesterol is transported both in unilamellar phosphatidylcholine vesicles and in bile salt...
Cholesterol crystallization is an essential step toward gallstone formation. Although model bile stu...
Biliary concanavalin A-binding glycoprotein (CABG) contains cholesterol crystallization-promoting ac...
The nucleation of cholesterol crystals is an obligatory precursor to cholesterol gallstone formation...
Abstract: The aggregative forms of lipids in human gallbladder bile and their relation to cholestero...
Different hydrophobic glycoproteins are associated to native biliary vesicles, which are the major c...
We report the combined effects of phospholipase C (PLC), a pronucleating factor, and apolipoprotein ...
As bstract. The onset time for cholesterol crystal nucleation of supersaturated normal human gallbla...
Crystallization-inhibiting proteins can explain longer nucleation times associated with bile from ga...
[[abstract]]We tested the hypothesis that apolipoproteins, the protein constituents of plasma lipopr...
Hypersecretion of hepatic cholesterol, chronic supersaturation of bile with cholesterol and rapid pr...
The first step in cholesterol gallstone disease is precipitation of cholesterol crystals in bile. In...
The first step in cholesterol gallstone disease is precipitation of cholesterol crystals in bile. In...
Gallstone disease is the most common gastrointestinal disease that afflicts 10-15% of the US populat...
Human bile contains a factor with cholesterol nucleation-promoting activity that binds to concanaval...
AbstractCholesterol is transported both in unilamellar phosphatidylcholine vesicles and in bile salt...
Cholesterol crystallization is an essential step toward gallstone formation. Although model bile stu...
Biliary concanavalin A-binding glycoprotein (CABG) contains cholesterol crystallization-promoting ac...
The nucleation of cholesterol crystals is an obligatory precursor to cholesterol gallstone formation...
Abstract: The aggregative forms of lipids in human gallbladder bile and their relation to cholestero...
Different hydrophobic glycoproteins are associated to native biliary vesicles, which are the major c...
We report the combined effects of phospholipase C (PLC), a pronucleating factor, and apolipoprotein ...