The University of Melbourne
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posted on 2024-06-16, 02:30 authored by Anastasiia KudriashovaAnastasiia Kudriashova

Dairy cow’s longevity in the herd, their health, fertility, and production are often influenced by the transition from gestation to lactation. Our objective is to improve understanding of the transition period at a cellular level, in particular to identify genes that affect the successful transition to lactation. The project aims to collect blood samples from 200 clinically ill and 400 clinically healthy individuals from the same cohort. A range of metabolic, proteomic, lipidomic, transcriptomic and epigenetic assays will be undertaken on the same samples. Multi-omics data analysis will identify biomarkers, genes and/or genetic variants that are associated with clinical metabolic disease in the transition period. The outcome will be a holistic overview of transition cow pathophysiology, identification of novel biomarkers, and gene that affect successful transition to lactation. Knowledge gained will be used to develop and improve a breeding value for health and fertility.


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