This research aims to investigate the role of aquaporin 9 in acetaldehyde uptake and its effects on alcohol-induced liver injury and drinking behavior.
Examined the role of aquaporin 9 in hepatocyte acetaldehyde uptake.
Analyzed its effect on alcohol liver disease progression.
Assessed drinking behavior influenced by aquaporin 9 activities.
Aquaporin 9 facilitates increased acetaldehyde uptake in liver cells.
Enhanced uptake contributes to the worsening of alcohol liver disease.
Changes in drinking behavior were linked to aquaporin 9 activity.
Abstract
Our findings suggest that AQP9 promotes hepatocytes to take up AcH, thereby exacerbating ALD progression and regulating alcohol-drinking behavior.