… The favourable alleles from 35 marker loci can be used in marker-assisted selection of
target traits. Both the synergistic alleles and the negative alleles for some traits, especially plant …

… barbadense parent) contributed more favourable alleles than those from G. … However,
we found that the majority (76.9%) of favourable alleles were derived from G. hirsutum races …

… As expected, for the majority of QTLs, the favorable alleles came from the G. barbadense
parent. Altogether one third (26) of the QTLs confirmed the map position and phenotypic effect …

… Given a rough estimate of at least 30 000 genes in the cotton genome, we can estimate … or
more 3–79 genes, some of which may differ significantly from the respective TM-1 alleles. In a …

… barbadense, and the favorable alleles of 25 QTLs are introgressions (Table 1 and Figure
1). Interestingly, the favorable alleles of … Only the favorable alleles of three QTLs on Chr. 16 …

… Dominant genes were in excess than recessive genes in the parents for all the traits
except for FF. Asymmetrical distribution of dominant and recessive genes in parents for all …

… gene pool for the enhancement of Upland cotton (Gossypium hirsutum L.) germplasm. We
… barbadense parent contributed favorable alleles in 64% (14/22) of the QTLs detected in this …

… Cotton germplasm resources contain beneficial alleles that can be exploited to develop
germplasm adapted to emerging environmental and climate conditions. Accessions and lines …

… tomentosum, included in this study have also been shown to host cryptic beneficial alleles.
These species have been integrated into the chromosome substitution line development …

… by using CSBL, favorable fiber quality alleles can be introgressed into Upland … Gossypium
hirsutum L and Gossypium barbadense L are the two cultivated species of tetraploid cotton …