… and identification of genes involved in defense responses, and our data also offered
candidate genes for further genetic engineering of Verticillium wilt tolerance in upland cotton. …

… (gfp) gene was evaluated as a screening marker during cotton (Gossypium hirsutum L.) …
We believe the transient and stable expression of a foreign gene in genetic transformation …

… The results showed that all 11 transgenic lines were positive plants with various types of
genome editing events precisely occurring at the examined gene, GhGPAT12 or/and …

… significant to improve natural colored cotton quality through genetic manipulation of the
three genes and create new colored cotton germplasm resources by genetic engineering. …

… Due to the economic importance of producing cotton-based goods through genetic
engineering, a great deal of effort has been made to develop systems to recover fertile transgenic …

… (GATL) gene family has been … cotton GATL genes. Here, a total of 33, 17, and 16 GATL
genes were respectively identified in Gossypium hirsutum, Gossypium raimondii, and Gossypium …

… al. studied the SOD isoenzymes in upland cotton using genetic engineering methods and
revealed that the three SOD isoenzymes respond to bacterial blight of cotton [13]. Additionally, …

… steps for gene editing: the first step is the expression of nuclear localized Cas9 protein, the
second is the generation of gRNA containing 20 nt complementary to the target gene, and the …

… is useful in genetic engineering for cotton fiber improvement. … in cotton fibers, we investigated
whether a homologous gene is present … We tested DNA from three Gossypium species (G. …

… upland cotton, the cultivated form of Gossypium hirsutum. … Gossypium hirsutum belongs
to the allotetraploid Gossypium … diploid parent A-genome species in the Gossypium’s history …