Effecting Risk Factors On Transaminases And Cholestatic Enzymes
Alcohol And Obesity
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Excessive intake of alcohol can lead to obesity and an increase in the Body Mass Index (BMI). Presently we investigated whether both alcohol and obesity could act together to increase the risk factors of liver biomarkers. Weight related problems occurs due to alcohol intake depend on the quantity and quality of alcohol and frequency by which it is consumed. Serum ALT (P 0.002), GGT (P 0.001) and ALP (P 0.001) activities in moderate drinkers were higher than those in abstainers. Mean ALT activity is higher in obese and over weight in alcohol consumers and abstainers as compared to mean AST acti...
Excessive intake of alcohol can lead to obesity and an increase in the Body Mass Index (BMI). Presently we investigated whether both alcohol and obesity could act together to increase the risk factors of liver biomarkers. Weight related problems occurs due to alcohol intake depend on the quantity and quality of alcohol and frequency by which it is consumed. Serum ALT (P 0.002), GGT (P 0.001) and ALP (P 0.001) activities in moderate drinkers were higher than those in abstainers. Mean ALT activity is higher in obese and over weight in alcohol consumers and abstainers as compared to mean AST activity in the same groups. ALP activity was increased with BMI in moderate drinkers. ALP activity in abstainers shows weak relation in relation to BMI. In the present analyses between BMI and drinking status, liver enzymes effect in population as a dependent variable. Significant main effects of BMI (p0.05) were noted for all enzymes while drinking status was associated with ALT, GGT and ALP. ALP showed a marked difference among AST, ALT and GGT with regards to alcohol consumption and BMI. In conclusion, moderate alcohol use raises activity of hepatic enzymes with increasing BMI.
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