To understand the molecular mechanisms involved in the effect of exercise training, we
examined hepatic transcriptional profiles using cDNA microarrays in exercise‐trained and …

Exercise is an effective tool for improving high-fat diet induced fat accumulation in the liver.
However, the process of fat accumulation in the liver and the efficacy of early intervention …

To understand the molecular mechanisms underlying alterations in the pathophysiologic
status of dietary obesity, we examined hepatic genes differentially expressed in a long-term …

Chronic endurance exercise is a therapeutic strategy in the treatment of many chronic
diseases in humans, including the prevention and treatment of metabolic diseases such as …

Exercise has various beneficial effects on liver function, enhancing both nutrient metabolism
and antioxidant capacity. To explore the molecular mechanisms underlying these changes …

[Purpose] This study investigated the effects of high-intensity exercise (Ex) and high dietary
fat intake on lipid metabolism in the liver of rats.[Methods] Male Sprague-Dawley rats were …

Endurance exercise has been shown to improve metabolic outcomes in obesity and type 2
diabetes; however, the physiological and molecular mechanisms for these benefits are not …

Background Non-alcoholic fatty liver disease (NAFLD) is rapidly turning into the most
common liver disorder worldwide. One of the strategies that has been shown to effectively …

Objective: To better understand the molecular basis of dietary obesity, we examined adipose
tissue genes differentially expressed in an obesity model using DNA microarray analysis …

Objective: Reports on the immediate and long‐term responses to high‐fat and high‐calorie
(HFC) feeding are controversial. Therefore, we examined the sequential effects of an HFC …