… To identify the molecular mechanism of defective floral phenotypes observed among
GhPRF1-RNAi lines, we examined the transcriptional status of potential genes involved in hormone …

… the global transcriptional regulation of leaf senescence in cotton remain poorly understood.
… by chlorophyll degradation and the progressive loss of proteins in the chloroplast, such as …

… identify heat shock transcription factor (Hsf) genes in Upland cotton (GhHsf). … loss during
tetrapolid Upland generation. As tetrapliod cotton with an “A” and “D” subgenome, Upland cotton …

… In the present study, we assessed in depth of cotton HSF transcription factors, including their
motif composition, gene structure, collinearity, chromosome distribution, orthologous gene …

… at both the transcriptional and post-transcriptional levels. The master … loss of cotton yield
each year. Considering this whole scenario it is extremely difficult to predict the future of cotton …

… are transcriptionally biased in at least one stage of cotton … We describe the scope of
transcriptional subfunctionalization … first characterization of transcriptional neofunctionalization in …

… biosynthesis, down-regulation of these might loss the function leads to reduced fibre growth.
… cotton GeneChip genome array. Data from the present study indicates that transcription …

… directional selection, eg, loss of seed dormancy, … Cotton fiber development involves an
extraordinarily complex biology regulated by multiple and diverse pathways and transcriptional …

… Boll shedding at an inappropriate period causes the severe loss of cotton yield. Ethephon
can promote the formation of abscission layer cells, resulting in boll shedding. To genome-…

… multiple complex symptoms such as water loss, abnormal growth or browning … transcriptional
response to cold stress at the genome-wide level. This lack of transcriptomic data for cotton …