… likely the candidate gene for PH in cotton. The genetic variations and candidate genes identified
in … moderately short and compact varieties in future Chinese cotton-breeding programs. …

… stage, whereas the gene was poorly expressed in the … candidate genes for lint percentage
identified in this study will have high potential for improving lint yield in future Chinese cotton …

… A total of 254 upland cotton accessions were selected for GWAS in this study, comprising …
from Chinese Yellow River region (YRR), eight that originated from the Chinese northwestern …

… Studies of the inheritance of cotton LP began in the 1970s in China. First, simple crosses
were performed between high and low LP cultivars, and then the LP of the offspring was …

… Moreover, to narrow the range of candidate genes associated with LP, we conducted the …
from the five main cotton regions in China and other foreign countries, with more abundant …

… An association panel consisting of 719 upland cotton plants collected from different regions
of China, American, Australia and other countries was used for association analysis in this …

… cotton production region not only in China, but also in the world. Improvements in Upland
cotton … the former Soviet Union and other cotton producing regions of China. But it is unclear …

… distribution in China, representing more than 100 years of upland cotton breeding around
the world (Figure 1a and Table S1). Resequencing of the 436 upland cotton accessions on the …

… In total, 355 of the upland cotton cultivars, including 328 representative cultivars developed
in China and 27 cultivars introduced from abroad, investigated in this study in the association …

… This study provides not only stable QTLs used for marker-assisted selection, but also
candidate genes to uncover the molecular mechanisms for cotton fiber development. …