TL;DR
The development and use of MGMs in the studies on conifers, one of the most important plant groups, is the primary focus of this review and an analysis of history of MGM development, their classification and characteristics, and examples of MGMs most frequently used in studies of conifer species.
This narrative review synthesizes major advances in sheep genetic mapping, functional genomics, and GS relevant to economically important traits to provide researchers, breeders, and students with a balanced, evidence-based resource to guide future genomic improvements in sustainable sheep production.
The results increase the knowledge of white lupin diversity and phylogeny and can help optimize the exploitation of genetic resources.
This comprehensive review demonstrates that shifting from reactive field evaluation to marker-driven, genomics-assisted precision design provides the definitive molecular framework required to engineer high-yielding, climate-resilient, and disease-proof cacao cultivars, thereby permanently safeguarding the long-term ec...
Findings indicate that Chinese wheat cultivars still harbor significant potential for genetic improvement, highlighting the critical need to integrate exotic germplasm into core breeding parents to drive future advancements.
Superior genetic materials for developing high-resin-yield pine were derived from Pinus merkusii mother trees, which were selected through the breeding of subline populations originating from seedling seed orchards and pine plantations in East Java and Sulawesi, Indonesia. Although selection processes have been sho...
This review provides a comprehensive synthesis of SNP discovery methodologies, tracing their development from early Sanger sequencing approaches to advanced next-generation sequencing technologies, including whole-genome resequencing, genotyping-by-sequencing, and high-density SNP arrays.
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