A genome-wide association study conducted on 186 Asia-adapted maize inbred lines has identified specific genomic regions associated with kernel zinc ...
A simulation study finds that assortative mating improves the commercial genetic merit of boars in swine breeding programs when combined ...
Researchers designed Gsformer, combining convolutional networks with self-attention and sparse attention to accurately predict complex traits across six plant and ...
A computational approach termed genetic parameters via predictivity accurately tracked changing heritabilities and genetic correlations in simulated livestock populations with ...
A whole-genome sequencing study of mandarin fish identified 32 significant genetic associations for growth and body shape across single-trait and ...
A fifty-generation simulation study demonstrates that upweighting rare genetic variants improves long-term genomic selection gains while preserving essential genetic variance ...
A large-scale genomic study reveals that commercial sow lines transmit more meiotic crossovers than boar lines, with distinct sex-specific recombination ...
A study of 351 Holstein bulls shows that sperm DNA methylation patterns can predict fertility status with moderate accuracy, offering ...
Integrating ruminal microbial gene profiles with residual genetic selection allows beef cattle breeding programs to achieve substantial enteric methane mitigation ...
A multi-omics study in 478 crossbred pigs reveals that gut microbial communities account for substantial variation in backfat thickness while ...
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