HIGHLIGHTS
SUMMARY
Based on the hypothesis that MFD in goats is partly driven by changes in the mammary gland gene_expression profile, the aim of this study was to use RNA-Seq data from the milk somatic_cells (MSC) to identify genes and gene co-expression networks that differentiate distinct responses to diet induced MFD in goats. In dairy goats, less information on the effects of lipid supplementation on lipogenic gene_expression is available; the authors are only aware of one in_vivo study applying RNA-Seq to examine the transcriptomic changes associated with MFD in the mammary gland of . . .
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