Class 6 Text

Ovx Female Mice Submitted To A Hfd L Name Regimen Display Cardiac

Metabolic Dysfunction Induced By Hfd L Name Preferentially Affects

Mice Fed A Hfd And L Name Combination Diet For 16 Weeks Display The Key

Dha And Epa Improve Liver Ir In Hfd Induced Ir Mice Through Modulating

Hamsters On Hfd L Name Diet Do Not Recover Their Pericyte Coverage

Analyses Of Tissues From Mice Of Different Treatment Groups C H

Mitochondrial Nnt Promotes Diastolic Dysfunction In Cardiometabolic

Inflammation Markers In Visceral Fat Of Chow And High Fat Diet

Combining Three Independent Pathological Stressors Induces A Heart

Trpc6 Deficiency Attenuates Mitochondrial And Cardiac Dysfunction In

Combining Three Independent Pathological Stressors Induces A Heart

Analyses Of Tissues From Mice Of Different Treatment Groups C H

The Total Xanthones Extracted From Gentianella Acuta Alleviates Hfpef

Amvm Contractility After 5 Weeks Of Different Dietary Regimens And

Inos Dependent Ire1α Nitrosylation In Hfpef And Cardiomyocytes A Mrna

Excitation Contraction Coupling Cardiomyocyte Electrophysiology And

Combining Three Independent Pathological Stressors Induces A Heart

Profiling Of Plasma Metabolomics Under Hfd Synergizes L H Or H L

Cardio Metabolic Effects Of High Fat Diets And Their Underlying