@article{Hoi_Tu_2014, title={Identification and sequence analysis of a dreb subfamily transcription factor involved in drought stress tolerance from rice}, volume={31}, url={https://vjs.ac.vn/index.php/vjbio/article/view/5244}, DOI={10.15625/0866-7160/v31n4.5244}, abstractNote={<strong>DRE (dehydration responsive element)/CRT (C-repeat) is a <em>cis</em>-acting element that involves in gene expression responsive to abiotic stress in higher plants. To date, all well known DREBP transcription factors in <em>Arabidopsis</em>, rice, maize and other plants regulate gene expression in response to drought, high-salt and cold stresses by binding specifically to DRE/CRT. Using a target sequence of 50 nucleotides on Glutamate dehydrogenase-like protein (JRC2606) promoter containing the core sequence of DRE <em>cis</em>-acting element (<span style="text-decoration: underline;">A/GCCGAC</span>) for yeast one-hybrid screening, we have identified two transcription factors:  a completely homology of <em>OsRAP2.4A</em> gene and another is a new sequence. The new sequence contained an ORF (Open Reading Frame) of 1017-bp and 5’ non-coding area of 35-bp and 3’ non-coding area of 341-bp. The deduced amino acid sequence contains an AP2 domain and belongs to  the subgroup  A6  of DREB subfamily, temporarily named <em>OsRAP2.4B</em>. Sequence alignment showed that <em>OsRap2.4B</em> had homology with <em>ZmDBF</em>, a maize transcription factor involved in drought stress tolerance.</strong>}, number={4}, journal={Academia Journal of Biology}, author={Hoi, Pham Xuan and Tu, Tran Tuan}, year={2014}, month={Nov.}, pages={74–81} }