Recent studies have demonstrated that cholesterol synthesis is increased two to threefold in
the intestines of streptozotocin-induced diabetic rats. Cholesterol synthesis in tissues other …

Previous studies have demonstrated that cholesterol synthesis is increased twofold in the
small intestines of rats with streptozotocin-induced diabetes. The purpose of the present …

Previous studies have demonstrated that cholesterol synthesis is increased twofold in the
small intestine of diabetic animals. The present study demonstrates that the stimulation of …

To determine how insulin deficiency leads to hypercholesterolemia, we examined
cholesterol absorption, synthesis, and utilization in streptozocin-induced diabetic rats fed a …

We previously reported that dog diabetes results in hypercholesterolemia and the
accumulation of a high-density lipoprotein (HDL) subclass, HDL1. Hypercholesterolemic …

There is extensive evidence that cholesterol metabolism is abnormal in diabetes. Total
plasma cholesterol is elevated, and more subtle indices of sterol homeostasis are also …

The mechanism by which diabetes results in an increase in small intestinal cholesterol
synthesis is unknown. Previous studies have demonstrated that limiting food intake prevents …

Diabetes mellitus in both humans and animals is characterized by elevations in plasma
cholesterol concentrations. The cause of this hypercholesterolemia is unknown. The present …

Numerous studies have demonstrated that poor glycemic control is asssociated with
elevated plasma cholesterol levels in diabetic patients. Experiments have shown that …

The chylomicron remnant particle is thought to be particularly atherogenic and we have
previously shown alterations in post-prandial lipoproteins which could contribute to their …