CAJ | 학술논문

总结了油菜素甾族化合物对植物渗透系统、保水性、抗氧化系统及生长和发育的生理效应的最新进展，并概括了这些现象的生理和分子调控机制。综述了BR调节植物干旱适应性的基因应答路径，这些路径与其他主要干旱胁迫激素(如脱落酸)之间存在复杂的“信号交互”效应，共同对植物生长发育起到系统调控作用。该方面的创新研究将是BR在生产应用上取得突破的理论基础。
총결료유채소치족화합물대식물삼투계통、보수성、항양화계통급생장화발육적생리효응적최신진전，병개괄료저사현상적생리화분자조공궤제。종술료BR조절식물간한괄응성적기인응답로경，저사로경여기타주요간한협박격소(여탈락산)지간존재복잡적“신호교호”효응，공동대식물생장발육기도계통조공작용。해방면적창신연구장시BR재생산응용상취득돌파적이론기출。
Summarized was the recent progress in the study of the physiological effects of brassinosteroids on osmotic adjustment, water conservation, anti-oxidation system, growth and development in plants, as well as their physiological and molecular mechanisms. Gene signaling pathways of BR regulating plant drought adaptability were particularly addressed. It was found that there existed a complex interaction of"cross talk"between these pathways and other major drought hormones such as abscisic acid. It can be argued that the innovative research in this field will serve asa theoretical basis for achieving breakthroughs in the practical application of BR.