… barbadense, we provide an initial perspective on the molecular-genetic correlates and
responses (using gene expression … , gene expression analysis showed that many genes involved …

… barbadense, the number of homologous LBD genes in At and Dt subgenome was identical,
thus we can inferred that the translocations and reverse transcript insertion rarely occurred …

… Gossypium barbadense is an important source of natural textile fibers, as is Gossypium …
Most Gossypium barbadense varieties have a low density of fuzz fibers on the seed surface, …

… genes into two classes (Classes I and II). By studying the structures of TCP genes in sea-island
cotton, we identified genes … gene expression levels differ from Class II gene expression …

… barbadense fiber development are in GenBank. In this study we analyzed the genes
specifically expressed in fiber of G. barbadense, and we discuss the species’ fiber development …

… We also examined the expression of RL2 gene in Gossypium hirstum cultivar Xu-142 and its
… The GhRL2 gene was ectopically expressed at −3 DPA in the fl mutant while the expression …

… hirsutum, and further comparative gene expression profiling of isolated cotton fibers over
a … Recent studies of comparative gene expression profiling of isolated cotton fibers [60, 78] …

… characterize genes at the molecular level related to cotton … a high yielding cotton accession
TM-1 (Gossypium hirsutum L… few reports of putative gene expression associated with fiber …

… in production and quality, especially in cotton. Gossupium hirutum and Gossypium barbadense
are two kinds of widely cultivated cotton species that suffer from Verticillium wilt, while G. …

… than Gossypium barbadense, which produces superior-quality fibers. The global genetic …
Here we found 45,129 and 45,328 genes expressed (FPKM > 1) in developing single-celled …