Current dairy-cattle evidence indicates that pangenome-derived structural variants can substantially improve variant discovery and functional interpretation while yielding only marginal average gains in routine genomic prediction, favoring targeted augmentation rather than wholesale replacement of established SNP-based evaluations.
Local chicken genetic resources (LCGRs), representing a unique gene pool shaped by millennia of natural and artificial selection, not only sustain the supply of high-quality protein but also serve as useful biological models for deciphering the evolution of complex traits and environmental adaptability. However, extens...
BovCADD provides the first genome-wide, nucleotide-resolution measure of deleteriousness in cattle, extending variant interpretation into non-coding sequence and linking variant-level prioritization with population-level patterns of mutational burden.
Junxin Gao, M. Derks, Job G. C. van Schipstal et al.· bioRxiv· 0 citations
SwinePan, a comprehensive and integrated multiomics database for pigs built on a graph-based pangenome framework, is developed, enabling genome-wide association studies (GWAS), expression quantitative trait locus (eQTL) mapping, and colocalization, while interactive modules visualize population structure and multiomics...
Meng Lin, Lang-Qing Liu, Geng-Yuan Cai et al.· Genome Research· 0 citations
The findings highlight the genetic and evolutionary basis of productivity, adaptation, and resilience in Pandharpuri buffaloes and provide a foundational genomic resource to support future studies, including genome-wide association analyses and genomic selection for economically important traits.
Akshata Patil, S. Chhotaray, Rani Alex et al.· Cytology and Genetics· 0 citations
Advances in pangenomics, multi-omic integration, and gene-editing technologies are helping to overcome limitations in conventional GWASs by improving candidate-gene identification and functional validation, moving cereal genomics from statistical association toward biologically validated targets for developing more res...
Helmy M. Youssef, Radwa Y. Helmi, A. Börner et al.· Biology· 0 citations
Human pangenomics is moving beyond the single linear reference paradigm towards population-scale representations that better capture complex genomic variation. Many current human pangenomes include both global and regional initiatives, but their limited sample sizes constrain the representation of population diversity....
Kai-Lin Chen, Zhao-Yuan Fang· The Innovation Life· 0 citations
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