Focal Interest
Focal Interest

Genetic Mapping and Diversity in Plants and Animals

External reference: https://openalex.org/T11468

  1. Wheat heat-tolerance traits map to many genomic loci
    Genetic dissection of yield traits and heat tolerance in wheat using a MAGIC population identifies SNPs and major loci informing heat-resilient breeding strategies.
  2. Genome-wide mapping linked malt quality traits to barley loci
    Multi-locus GWAS identifies 19 genomic loci controlling malt quality in Ethiopian barley, enabling marker-assisted breeding for superior malting cultivars.
  3. Haplotype mapping identified rust-resistance signals in elite wheat
    Haplotype mapping and introgression fitness indexing accelerate development of rust-resistant wheat while preserving elite genetic backgrounds and durability.
  4. GWAS identified loci linked to 15 wheat DUS traits
    GWAS identifies 57 genetic loci controlling wheat DUS traits in 412 European varieties. Marker associations enable variety identification and breeding applications.
  5. Stable wheat height loci identified on chromosomes 3D, 4D, 5A, and 7A
    Novel wheat height loci identified through genome-wide association analysis in Sichuan cultivars, validated across environments with implications for marker-assisted breeding and yield optimization
  6. Barley salt tolerance genes identified at germination stage
    Discover genetic loci and candidate genes controlling salt tolerance in barley at germination using GWAS and multi-omics analysis. Identify 306 SNPs and 24 key genes for breeding salt-resistant crops.
  7. Durum wheat traits showed mixed additive and non-additive inheritance
    Hayman's diallel analysis reveals generation-specific inheritance patterns for yield traits in durum wheat, informing breeding strategies for semi-arid conditions.
  8. Review maps gene networks for salt-tolerant crop breeding
    Molecular pathways and precision breeding technologies for developing salt-tolerant crop varieties through gene regulatory network analysis and genomic selection approaches.
  9. Integrated SNP markers distinguished wheat genotypes and selection signals
    Integration of GBS and DArTseq SNP markers through imputation to assess genetic diversity in Iranian bread wheat germplasm and identify selection signatures across 357 accessions.