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Keyword [fructose-fed]
Result: 1 - 15 | Page: 1 of 1
1.
New ATP-Sensitive Potassium Channel Opener, Iptakalim, Protects Against Insulin Resistance And Its Mechanism
2.
Sugar Capsule On The Model Of Insulin Resistance In Rats With High-fructose Meal And Some Of Its Mechanism Of Action Discussed
3.
Relationship Between RAAS And IR In Fructose-fed SHR And The Effect Of Losartan
4.
Effects Of Telmisartan On Insulin Resistance And The Expression Of PPARγ, IRS1, GLUT4, APN And AT1R In The Fatty Tissues In High Fructose-fed Rats
5.
Studies On The Therapeutic Approach For The Prevention Of Diabetes By Bacterial Douchi Extracts
6.
Study On The Mechanisms Of Hepatic Lipid Deposition In High-fructose-fed Wistar Rats And The Effect Of Fenofibrate Intervention
7.
Endoplasmic Reticulum Stress Is Involved In Hepatic SREBP-1c Activation And Lipid Accumulation In Fructose-fed Mice: Critical Role Of Kupffer Cells
8.
Sugar Capsule Models Of Rats And Part Of The Mechanism Of Action Of Insulin Resistance
9.
Sugar Kidney Capsule Insulin Resistance And Lipid Metabolism In Rats With High Fructose Meal
10.
The Effect And Mechanism For Ginger Supplement On Renal Injury In Fructose-fed SD Rats
11.
Protection Of Curcumin Against Renal Injury In An Insulin Resistance Modelof Rats
12.
Protection Of Betaine Supplementation Against High Fructose-induced Renal Injury And Its Mechanisms In Rats
13.
Mangiferin Treatment Inhibits Hepatis Expression Of Acyl-Coenzyme A:Diacylglycerol Acyltransferase-2 In Fructose-Fed Spontaneously Hypertensive Rats:a Link To Amelioration Of Fatty Liver
14.
Protection Of Curcumin Supplementation Against High Fructose-induced Hippocampus Inflammation And Its MechanismResearch In Mice
15.
Examining the effect of dietary fructose fed during suckling on glucose metabolism in the rat at 18 days
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