The Jumonji-C domain-containing proteins JUMONJI 30 and JUMONJI 32 control abscisic acid-dependent growth arrest during Arabidopsis post-germination.

Description: Abscisic acid (ABA)-mediated growth arrest after germination is critical adaptation strategy to pass through unfavorable conditions for survival in plants. Although proper control of gene expression including epigenetic regulation must be important as outputs of the ABA signaling pathway in regulating growth arrest, such epigenetic mechanisms is not fully understood. To understand the role of JUMONJI-C DOMAIN-CONTAINING PROTEIN30 (JMJ30) and JMJ32 on ABA-mediated growth arrest pathway, RNA-seq was conducted.

数据集描述：脱落酸（Abscisic acid，ABA）介导的植物萌发后生长停滞，是植物应对不良环境以完成存活的关键适应策略。尽管包括表观遗传调控在内的基因表达精准调控，作为脱落酸信号通路调控生长停滞过程中的效应输出，本应发挥关键作用，但此类表观遗传机制尚未得到充分阐释。为阐明含JUMONJI-C结构域蛋白30（JUMONJI-C DOMAIN-CONTAINING PROTEIN30，JMJ30）与JMJ32在ABA介导的生长停滞通路中的功能，本研究开展了RNA测序（RNA-seq）实验。