Matches in Nanopublications for { ?s ?p "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" ?g. }
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- _3 value "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" provenance.
- _3 value "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" provenance.
- _3 value "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" provenance.
- _3 value "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" provenance.
- _3 value "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" provenance.
- _3 value "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" provenance.
- _3 value "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" provenance.
- _3 value "comparison of the composition of IDL with that of the LDL indicates that this conversion involves the loss of 80-90% of IDL triacylglycerol, some phospholipid, and the dissociation of remaining apoE IDL free cholesterol content is the same as that in VLDL while cholesteryl ester is increased in LDL % as a result of the activity of cholesteryl ester transfer protein, CETP, that exchanges apoB-associated triacylglycerol for apoA1-associated cholesteryl esters" provenance.