AI-driven protein engineering: A new paradigm for plant trait design [0.03%]
基于人工智能的蛋白质工程：植物性状设计的新范式
Ran Fu,Shan Jiang,Tianhao Wu et al.
Ran Fu et al.
Protein engineering modifies protein molecules to achieve specific biological or technological functions. Protein design forms the core methodology, and in recent years, artificial intelligence (AI)-driven approaches have enabled more preci...
Histone deacetylases and cell cycle regulators orchestrate cell identity transitions during Arabidopsis root regeneration [0.03%]
组蛋白去乙酰化酶和细胞周期调节因子在拟南芥根再生过程中协同调控细胞身份转变
Ramin Rahni,Laura R Lee,Graeme Vissers et al.
Ramin Rahni et al.
The widespread regenerative capacity of plants is mediated by the ability of specialized cells to reprogram their fate, but the sequential cellular states of regenerating plant cells remain an open question. Here, we characterize the trajec...
FT Florigen proteins in photoperiodic signaling: conservation and diversity in their regulation, structure and function [0.03%]
光周期信号转导中的FT成花素蛋白：其调控、结构和功能的保守性和多样性
He Gao,Na Ding,Yuang Wu et al.
He Gao et al.
Seasonal changes in day length regulate plant growth and development. FLOWERING LOCUS T (FT) proteins are widely-conserved effectors of photoperiod-induced flowering, and also promote tuberization in potato and bud growth in trees. We integ...
PlantScience.ai: An LLM-Powered Virtual Scientist for Plant Science [0.03%]
PlantScience.ai：植物科学领域的大型语言模型虚拟科学家
Haopeng Yu,Shasha Zhou,Mingyu Huang et al.
Haopeng Yu et al.
The accelerating growth of plant science knowledge presents a major challenge for researchers seeking to extract accurate, up-to-date knowledge from an increasingly fragmented and domain-specific corpus. General-purpose large language model...
Regulation of seed germination by a temperature-sensitive feedback mechanism that integrates environmental and hormonal signals [0.03%]
整合环境和激素信号调节种子萌发的温度敏感性反馈机制
Pannaga Krishnamurthy,Prakash P Kumar
Pannaga Krishnamurthy
High-density cultivation of synthetic apomictic hybrid rice achieves near-complete diploidization and parental-equivalent yield in field trials [0.03%]
高密度栽培合成无融合生殖杂交水稻实现近完整二倍体化并获得与亲本相当的产量（英文）
Mengqiu Song,Shengnan Li,Zuan Wang et al.
Mengqiu Song et al.
Functional divergence of two ethylene receptor subfamilies in calcium permeability [0.03%]
乙烯受体两个亚家族在钙渗透性上的功能分化
Chenliang Pan,Junyuan Cheng,Zining Lin et al.
Chenliang Pan et al.
Ethylene is a gaseous plant hormone that regulates plant growth, development, and stress adaptation, yet the molecular mechanism by which ethylene receptors perceive the hormone and initiate downstream signaling remains poorly understood. H...
Decoding Gibberellin-Strigolactone Interaction Networks in Cereal Crops toward a Next-Generation Green Revolution [0.03%]
谷物作物赤霉素-独脚金内酯互作网络解析助力下一代绿色革命
Jie Hu,Yunzhe Wu,Shuang Zhang et al.
Jie Hu et al.
The agricultural Green Revolution (GR) of the 1950s and 1960s drove unprecedented increases in crop yields through widespread adoption of semi-dwarf cereal varieties with mutations affecting gibberellins (GAs) biosynthesis or signaling path...
WIND1 controls cell fate transition through coordinately integrating histone acetylation and deacetylation-mediated transcriptional reprogramming during somatic embryogenesis [0.03%]
组蛋白乙酰化和脱乙酰化介导的重编程在胚状体发生中的作用及WOX1的感受子机制研究
Akira Iwase,Arika Takebayashi,Fu-Yu Hung et al.
Akira Iwase et al.
Regeneration involves large-scale transcriptional reprogramming to drive cell identity transitions. These transcriptional changes are tightly coupled with chromatin remodelling but molecular mechanisms that coordinate these changes remain u...
BSMT1, SABP3, and MAT2 assemble into a ternary complex vital for methyl salicylate biosynthesis and airborne defense [0.03%]
BSMT1、SABP3和MAT2组装成三元复合体对甲基水杨酸生物合成及气传防卫至关重要
Baolong Sun,Wei Yang,Luyue Shang et al.
Baolong Sun et al.
When plants encounter biotic and abiotic stresses, they emit various volatile organic compounds (VOCs) to communicate with nearby plants and activate airborne defenses (AD). One critical compound in this process is methyl salicylate (MeSA)....