… a consensus linkage map based on the genetic map of upland cotton. Our results can be
used for cotton molecular breeding and screening of multiple resistance genes in cotton. …

… The concordance of some of our candidate genes with independent studies is encouraging
for the utility of our full list of candidates in breeding and biotechnological applications. …

… In this study, a core collection of 419 genotypes of upland cotton was used, derived from a
… 15 candidate genes surrounding the RWC_150 peak signal, whereas 5 candidate genes …

… variability within the upland cotton germplasm released from different cotton growing belts
… through expressional profiling of putative candidate genes found within the genomic regions …

… candidate genes significantly associated with cotton drought response, we deployed GWAS
of drought stress through integrating the genotypic data of upland cotton … candidate genes …

… and candidate genes related to the NFFB in cotton using a BC 4 F 2 population. Two major
QTLs for the NFFB were detected by QTL-seq and colocalization, and two candidate genes …

… potential candidate genes within the upland cotton genome … to be used in hybrid cotton
breeding. Combining homology-… GMS genes that previously had no diversity observed in cotton …

… In further studies, we will clone these candidate genes from the genome and cDNA and
investigate the relationship between candidate genes and fiber quality traits through transgenic …

… protein to be a promising candidate gene for qFS07.1. … candidate genes. Obviously, these
findings are not enough to support our knowledge of the molecular basis determining cotton …

… qMi-C14 locus and evaluated the genetic effects of this QTL on RKN … raimondii, we identified
20 candidate genes encoding … coding regions of candidate genes, and these four genes are …