Title of article :
Bioactivity Evaluation of Certain Hepatic Enzymes in Blood Plasma and Milk of Holstein Cows
Author/Authors :
Liu, Ping Guangxi University - Institute of Animal Reproduction, College of Animal Science and Technology - Clinical Veterinary Laboratory, China , He, Bao Xiang Guangxi University - Institute of Animal Reproduction, College of Animal Science and Technology - Clinical Veterinary Laboratory, China , Yang, Xian Ling Guangxi University - College of Animal Science and Technology - Clinical Veterinary Laboratory, China , Hou, Xiao Lu Guangxi University - College of Animal Science and Technology - Clinical Veterinary Laboratory, China , Han, Jian Bin Guangxi University - College of Animal Science and Technology - Clinical Veterinary Laboratory, China , Han, Yin Hua Guangxi University - College of Animal Science and Technology - Clinical Veterinary Laboratory, China , Nie, Pei Guangxi University - College of Animal Science and Technology - Clinical Veterinary Laboratory, China , Deng, Hui Fang Guangxi University - College of Animal Science and Technology - Clinical Veterinary Laboratory, China , Du, Xiang Hong Guangxi University - College of Animal Science and Technology - Clinical Veterinary Laboratory, China
From page :
601
To page :
604
Abstract :
Alanine aminotransferase (ALT), aspartate aminotransferase (AST), γ-glutamyltransferase (GGT), and alkaline phosphatase (ALP) are important catabolic enzymes, which play an important role in liver function of animals. The activities of these enzymes were monitored in milk and blood plasma and association between them was determined through regression analysis. Samples of milk and blood were collected from 35 housed multiparous Holstein cows 3-9 weeks postpartum. The results showed that there were significantly positive correlations for these four enzymes between the enzyme activities in milk and blood plasma (ALT, rs=0.852, Ρ 0.001; AST, rs=0.341, Ρ 0.001; GGT, rs=0.628, Ρ 0.001; ALP, rs=0.707, Ρ 0.001). Compared to the blood plasma, the activities of ALT (Ρ 0.05) and AST (Ρ 0.001) in milk appeared significantly lower, while the activities of GGT and ALP were significantly higher (Ρ 0.001). With the regression models, it seems that detection of ALT, AST, GGT and ALP activities in milk may be an alternative way to monitor the liver function of cows. Therefore, this study is an initial step for studying the liver function through detection of these enzymes in milk.
Keywords :
Blood plasma , Hepatic enzymes , Holstein cows
Journal title :
Pakistan Veterinary Journal
Journal title :
Pakistan Veterinary Journal
Record number :
2562976
Link To Document :
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