The CsWRKY3-CsHB7 Transcriptional Cascade Promotes Temperature-responsive Peel Pigmentation via CsCCD4b-Mediated β-Citraurin Biosynthesis in Citrus [0.03%]
CsWRKY3-CsHB7转录级联通过CsCCD4b介导的β-愈创奥利农生物合成促进温度响应型柑橘果皮着色
Ranran Wei,Ang Fu,Yu Fang et al.
Ranran Wei et al.
Plant coloration, a key trait for attracting pollinators and seed dispersers, is dynamically adjustable in response to temperature. However, the molecular mechanisms underlying temperature-dependent peel pigmentation in citrus remain poorly...
Beyond execution: Metacaspases emerge as master switches in plant immunity [0.03%]
超越执行： 植物免疫中的半胱天冬酶样蛋白酶开关功能初探
Yuanyuan Li,Savithramma P Dinesh-Kumar
Yuanyuan Li
PLETHORA transcription factors orchestrate epigenetic silencing of bivalent chromatin to promote root meristem development in rice [0.03%]
水稻PLETHORA转录因子通过表观遗传学方式抑制双稳染色体以促进根居间分生组织的发育
Qi Li,Junjie Li,Xintian Tang et al.
Qi Li et al.
The maintenance of stem cells within root meristem is the foundation for continuous growth of the root system. The PLETHORA (PLT) transcription factors have a function to control patterning of the root meristem, but the underlying molecular...
Temperature-dependent regulation of tomato lateral shoot branching via the TCP15-HDA4 module [0.03%]
TCP15-HDA4模块介导的温度依赖性调控番茄侧枝分枝研究
P Debnath,J J Olas
P Debnath
Plants cannot relocate themselves to avoid exposure to unfavorable temperature conditions and therefore rely on adaptive strategies that allow them to adjust their growth and development for survival. Shoot branching is a highly plastic tra...
Lali Sakvarelidze-Achard,Jean-Michel Davière,Patrick Achard
Lali Sakvarelidze-Achard
The tug-of-war between growth and cold tolerance in plants: how to create resilient crops with maintained biomass [0.03%]
植物生长和耐寒性之间的拉锯战：如何培育既具有耐逆性又具有较大生物量的作物
Jeky Chanwala,Peter Kindgren
Jeky Chanwala
Cultivars and variety mixtures in small grain cereals: to mix or not to mix? [0.03%]
小粒谷物中的品系和品种混合：混种还是不混种？
Alessandro Tondelli,Andreas Maurer,Tsu-Wei Chen et al.
Alessandro Tondelli et al.
In self-pollinating cereals such as rice, wheat, and barley, growing undefined mixtures of genotypes in genetic equilibrium was once standard practice when local populations (landraces) were used. The shift from landraces to single-genotype...
Equilibrium in the Apoplast: The Molecular Tug-of-War Between Plant and Pathogen [0.03%]
细胞外空间的平衡：植物与病原菌分子拔河战
Jiazong Liu,Qiyue Xu,Wendi Li et al.
Jiazong Liu et al.
A Mortise-Tenon joint system facilitates precise targeted DNA insertion and replacement in rice [0.03%]
一种燕尾榫连接系统能够精确地在水稻基因组中进行靶向DNA插入和替换
Wenjing Sun,Yaoyao Zhu,Xiuhua Zhang et al.
Wenjing Sun et al.
Precise and scarless DNA insertion and replacement represent two major challenges in plant genome editing. Numerous tools have been employed, including homology-directed repair (HDR)-dependent tools and PE-mediated systems; however, none ha...
Pathogen-induced H2O2 triggers phosphorylation of the RNA-binding protein RRM2R to suppress intron intention of OsMAPKKK18 for orchestrating immunity and growth in rice [0.03%]
病原体诱导的H2O2通过使RNA结合蛋白RRM2R磷酸化来抑制OsMAPKKK18的内含子剪接以协调水稻免疫和生长响应
Xiang Lu,Yibang An,Wenxiu Lu et al.
Xiang Lu et al.
Alternative splicing plays a vital role in plant immunity, but how plants stringently and selectively regulate alternative splicing to coordinate immunity and growth is poorly understood. Here we report that H2O2-triggered phosphorylation o...