Selection strategies for thermotolerance in dairy cattle

07-03-2024 | |
Another genetic strategy that has been suggested is to use gene editing to introduce specific genes or mutations that result in resilience to heat stress. One example is the SLICK haplotype which occurs due to a deletion in an exon of the prolactin receptor. Photo: Canva
Another genetic strategy that has been suggested is to use gene editing to introduce specific genes or mutations that result in resilience to heat stress. One example is the SLICK haplotype which occurs due to a deletion in an exon of the prolactin receptor. Photo: Canva
Climate change is driving the increase in frequency of hot days and heat waves. In turn, this increases the risk of heat stress in livestock with dairy cattle the most susceptible due to their high metabolic heat load. In a recent study, researchers highlight the pros and cons of the various selection strategies for thermotolerance in dairy cattle. Reports show that heat stress, which is a serious issue for dairy cattle, will continue to persist as long as climate change continues. Heat stres


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Redacteur 1

Zana
van Dijk

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Chris
Mccullough

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Samaneh
Azarpajouh

Wedzerai
Matthew Wedzerai Freelance correspondent
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