Potential SNP functional loci of CASP14 gene.

<div>Under the current context of intensive farming, small-horned animals are more suitable for large-scale breeding. The CASP14 gene, closely associated with skin and keratin formation, may influence horn size due to its link with skin development. This study compr...

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Main Author:	Xiaoning Lu (206322) (author)
Other Authors:	Guoqing Zhang (151441) (author), Hao Yang (328526) (author), Mingzhu Shan (7834508) (author), Xiaoxu Zhang (1422019) (author), Yuqin Wang (2382697) (author), Junyan Bai (20308583) (author), Zhangyuan Pan (6548288) (author)
Published:	2024
Subjects:	Biochemistry Genetics Molecular Biology Physiology Developmental Biology Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified study comprehensively analyzed snp site 7944295 identified functional sites div >< p functional loci analysis five ase events sheep horn phenotypes scurred group com sheep horn scurred group horn development wgs ), using rna test analysis seq data scale breeding offering insights keratin formation kasp assays investigated allele intensive farming horned animals genome sequencing findings suggest current context closely associated casp14 </ breeding strategies
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Potential SNP functional loci of <i>CASP14</i> gene.

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