AtHSPR functions in gibberellin-mediated primary root growth by interacting with KNAT5 and OFP1 in Arabidopsis.

Guoqiang YuanYuke LianJunmei WangTaibi YongHuanhuan GaoHaijun WuTao Yang Chongying Wang

Published in: Plant cell reports (2023)

treatment compared to the athspr mutant. Together, our results demonstrate that the AtHSPR-KNAT5-OFP1 module regulates root growth and development by impacting the expression of GA biosynthetic gene GA20ox1, which could be a way for plants to achieve plasticity in response to the environment.

Keyphrases

pet ct
poor prognosis
transcription factor
copy number
binding protein
dna methylation
long non coding rna
combination therapy
genome wide identification
replacement therapy
genome wide analysis