Molecular Marker Technology for Crop Improvement (MDPI - Multidisciplinary Digital Publishing Institute, 2021)
Keywords: agarose; agronomic traits; apricot; aroma; association mapping; Biology, life sciences; breeding; brown rice recovery; candidate genes; cereal crop; chromosome; crop breeding; disease resistance; DNA sequencing; drought; drought stress; durum wheat; F2:3 biparental mapping; flavonoid biosynthesis; fruit astringency; fruit coloration; gene prioritization; gene pyramiding; genetic diversity; genetic maps; genetic relationship; genome wide association study; genomic prediction; genomic selection; genomics; grain quality; GWAS; GWAS water use; head rice recovery; high resolution melting; high-density genetic linkage map; introgression line; ISBP markers; landraces; leaf rust; linkage disequilibrium; maize (Zea mays L.); mapping population; marker assisted selection; marker-trait association; MAS; MATH; Mathematics and Science; microsatellites; milled rice recovery; milling yield traits; molecular markers; MQTL; MTAs; multi-trait; near infra-red spectroscopy; parental line; ParPMC; ParPMC2-del; pathogen races; Persea americana; persimmon; plant breeding; population structure; PPV resistance; QTL; QTL hotspot; QTL mapping; Reference, Information and Interdisciplinary subjects; Research and information: general; rice (Oryza sativa L.); root system architecture; Rubus; SDS; sedimentation volume; selection; seminal root; sex determination; simple sequence repeat; simple sequence repeats (SSR); SLAF-seq technology; SMRT sequencing; SNP markers; sorghum; stem rust; Striga resistance/tolerance; sugarcane; tetraploid potato; TKW; Triticum aestivum; tropical maize; wheat variability; whole genome regression