Aug 2026· Journal of Integrative Plant Biology· 0 citations· 10 references
Medicine
Abstract
In apple, the nitrate signaling-responsive factor MdLBD36 and the phosphate signaling-responsive factor MdPHR1 recruit the transcription factor MdBZR1 to enhance its transcriptional activation of the target gene MdMYC2, thereby improving resistance to Botryosphaeria dothidea.
We identify GmHSF38 as an upstream transcriptional regulator of
GmTIFY25
and show that the GmHSF38‐GmTIFY25 module promotes soybean susceptibility to
Phytophthora sojae
, providing a potential genetic target for improving soybean resistance to this important pathogen.
Yang Li, Qing-Xi Fang, Pei-Feng Yu et al.· Plant, Cell and Environment· 0 citations
In
Dendrobium officinale
, DoGL3 directly activates
DoF3′5'H
and
DoDFR
promoters independently of DoTTG1, positively regulating anthocyanin biosynthesis via a non‐canonical mechanism. This reveals a novel regulatory framework for anthocyanin accumulation under simulated wild conditions.
Siyun Wei, Ke Zhang, Yan Shi et al.· Plant, Cell and Environment· 0 citations
BnMYB615 activates CAT3 and represses COL2, reciprocally regulating drought tolerance and flowering time in rapeseed. Under normal conditions, BnMYB615 maintains a relatively high expression level, sustaining basal ROS scavenging. Under drought, its down‐regulation promotes early flowering to facilitate stress escape...
Yong-Feng Wang, Ya-Qing Yang, Hao-Jie Liu et al.· Plant, Cell and Environment· 0 citations
A 565‐bp insertion in the sugarcane NAC1‐2 promoter acts as a transcriptional enhancer, increasing gene expression and accelerating leaf senescence, which provides a target for breeding stay‐green varieties.
Shi-Wei Yang, Shi-Jiang Cui, Ya-Qiong Zhang et al.· Plant, Cell and Environment· 0 citations
This study reveals GmCCD4 coordinates branch development and stress responses through ABA metabolism and signalling in soybean, and natural variants of
GmCCD4
provide promising targets for improving soybean architecture and resilience.
Song-Lin Xie, Xin-Yi Wang, Han-Meng Liu et al.· Plant, Cell and Environment· 0 citations
The tetratricopeptide repeat protein gene OsDSF7 gene helps rice withstand drought and salt stresses. Naturally occurring differences in its regulatory region alter gene activity and stress tolerance. A favorable version improves field performance, particularly under salt conditions, offering a resource for breeding re...
Huan-Yu Wang, Run Li, Liang Zhang et al.· Journal of Integrative Plant...· 0 citations
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