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New knowledge on major genetic switches that took place during the evolution of modern buffaloes.

Whole genome re-sequencing revealed adaptation prior to the divergence of buffalo subspecies. Better understanding of the origins of buffalo genome diversity may guide ex-situ conservation priorities, contribute to studies of genetic variants for economic and ecologically important traits; and feed...

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Main Author: CGIAR Research Program on Livestock
Format: Informe técnico
Language:Inglés
Published: 2020
Subjects:
adaptation
development
rural development
analysis
evolution
composition
systems
knowledge
variants
agrifood systems
ex-situ conservation
animals
subspecies
Online Access:https://hdl.handle.net/10568/123392
Summary:Whole genome re-sequencing revealed adaptation prior to the divergence of buffalo subspecies. Better understanding of the origins of buffalo genome diversity may guide ex-situ conservation priorities, contribute to studies of genetic variants for economic and ecologically important traits; and feed into admixture analysis to determine an individual animal's breed composition.

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