Overexpression of TaHSFC3B in wheat transcriptome sequencing
This study aimed to investigate the regulatory function of the wheat heat shock transcription factor TaHSFC3B through transcriptome sequencing. TaHSFC3B-overexpressing wheat plants and corresponding wild-type controls were subjected to RNA sequencing, followed by differential gene expression and functional enrichment analyses. The transcriptomic data were used to identify downstream genes and biological pathways regulated by TaHSFC3B and to explore its potential roles in wheat growth, development, and stress responses. These results provide a molecular basis for understanding the function of TaHSFC3B and its potential application in improving stress tolerance in wheat.