CAJ | 학술논문

WRKY转录调控因子的生物学功能涉及植物生长发育、物质代谢、抗病耐逆、氧化衰老等诸多方面.水稻全基因组测序完成后,水稻WRKY转录调控因子基因的功能研究随之逐渐开展,目前已经发现它在植物抗病、耐逆、衰老、糖代谢以及形态建成方面发挥重要作用.随着研究的深入,水稻WRKY基因的编号未能统一,很容易让人混淆,有必要进行校正.结合作者实验室的一些研究结果,对水稻WRKY基因家族的研究现状进行了综述,以期为进一步深入开展WRKY基因家族的研究提供帮助.
WRKY전록조공인자적생물학공능섭급식물생장발육、물질대사、항병내역、양화쇠로등제다방면.수도전기인조측서완성후,수도WRKY전록조공인자기인적공능연구수지축점개전,목전이경발현타재식물항병、내역、쇠로、당대사이급형태건성방면발휘중요작용.수착연구적심입,수도WRKY기인적편호미능통일,흔용역양인혼효,유필요진행교정.결합작자실험실적일사연구결과,대수도WRKY기인가족적연구현상진행료종술,이기위진일보심입개전WRKY기인가족적연구제공방조.
WRKY DNA binding transcription factors play pivotal roles in the regulation of plant development, substance metabolism, resistance, and senescence. Based on the clear genome of rice, studies on WRKY gene function are dramatically enhanced nowadays. And several evidences implicate WRKY factors in transcriptional reprogramming during rice resistance response, senescence process, sugar metabolism, and plant architecture. In addition, previous nomenclature of rice WRKY proteins was confusing. Therefore it is necessary to collate the corresponding WRKY proteins and review the recent progress of WRKY protein research.