00:01
Hi, the metabolic connection between hyper lipdemia and diabetes and diabetes type 2.
00:17
The predominant abnormality in fat metabolism, fat metabolism in diabetes in which hyper triglyceridemia hyper tri glyceridemia happens in patients suffer from increasing triglyceride carrying lipoprotein chylomicron and very low density protein very low density protein due to the elevation of l d l d l cholesterol level and hdl cholesterol level is decreased in correlation with metabolic control.
01:17
Metabolic control in normal person, the ration of hdl and ldl is 2 .5.
01:32
So the major role in increasing production of apolyproproteen of apople protein b, that is apob, in liver it is the major protein component in vl in vl dl and vl dl and ldl and ldl epl is the large protein about more than 500 kilo daltan is synthesized in liver and large amount of protein is degraded after its synthesization synthiization.
02:23
This degradation will be prevented by some lipid, prevented by some lipid, which is added by the microsomal, triclyceride transfer protein.
02:37
Tri glyceride transfer protein.
02:45
This protein is defective in diabetes type 2 patient.
02:50
Increase in lipolysis increase in lipolysis take place in adipocytes in adipocytes due to the poorer insulinization lead to the release of fatty acid and transport to liver also increased this common phenomena happen in type 2 diabetes in type to diabetes.
03:28
This is the major factor increased level of vl -dl secretion, the enzyme lpl, that is lipoprotein lipase, which is found in defecting in both diabetes.
03:43
Type 1 and type 2 and type 2 play a central role in metabolism of triglycerides, tri -glcerides, and hdl.
04:03
In diabetes type 2, the increased level of triglyceride and ldl and ldl and decreased level of decreased level of hdl found in the blood of patient...