Therefore, identification of genes involved in cellulose biosynthesis for jute bast fiber will facilitate the dissecting the genetic basis and molecular mechanisms of fiber development.
Various studies on cotton fiber cell development have identified plant hormones as critical regulators of fiber development.
Expression of both MYB transcription factors (MYB2 and MYB109) important in fiber development were abundant in 1 dpa fibers and persisted into the elongation stage of fiber development.
Deep transcriptomic and metabolomic analyses provided unparalleled insights into similarities and differences of fiber development in two genotypes of commercial allotetraploid cotton with well-characterized fiber development profiles.
Hence, the results of cluster analysis were consistent with the characteristics of fiber development.
The temporal progression of fiber development was repeatable between growing cycles.
Genetic mutants are useful tools for studying the molecular mechanisms of fiber development.
BbKst transcript expression was noted from Stage I of fiber development.
The goals of this study were to: 1) better understand the genetic basis of cotton fiber development, 2) identify the structural difference of duplicated genes, and 3) reveal the expression and evolution of fiber quality differences between upland and sea-island cotton.
The lack of gene sequences and functional annotation seriously hindered to dissect genetic basis of jute fiber development, which leads to an obstacle to jute improvement.
