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The cattle during the perinatal period, as well as malnutrition, generates oxidative stress which leads to high culling rates of calves after calving across the world. Although metabolic diseases has such a negative impact on the welfare and economic value of dairy cattle, that becomes a serious industrial concern across the world. According to research, genetic factors have a role or controlling fat deposition in the liver by influencing the biological processes of hepatic lipid metabolism, insulin resistance, gluconeogenesis, oxidative stress, endoplasmic reticulum stress, and inflammation, all of which contribute to hepatic damage. This review focuses on the critical regulatory mechanisms of VEGF, mTOR/AKT/p53, TNF-alpha, Nf-kb, interleukin, and antioxidants that regulate lipid peroxidation in the liver via direct or indirect pathways, suggesting that they could be a potential critical therapeutic target for hepatic disease.

The Focus on Core Genetic Factors That Regulate Hepatic Injury in Cattle Seems to Be Important for the Dairy Sector’s Long-Term Development