Synergizing Genome Editing and Artificial Intelligence for Predictive Crop Design [0.03%]
基因组编辑和人工智能的协同助力作物预测设计
Zhaoxu Gao,Jinjie Zhu,Chuanxiao Xie
Zhaoxu Gao
The convergence of genome editing (GE) and artificial intelligence (AI) is shifting crop improvement from empirical optimization toward predictive design. In this Perspective, we propose that GE and AI are linked by a reciprocal innovation ...
Green Revolution-associated DELLA accumulation enhances salt tolerance in cereals by disrupting INDETERMINATE SPIKELET1 biomolecular condensates [0.03%]
绿色革命相关DELLA积累通过破坏INDETERMINATE SPIKELET1生物分子凝聚体增强谷物耐盐性
Xiliu Cheng,Haoran Wang,Mingjie Lyu et al.
Xiliu Cheng et al.
The semi-dwarf cereal varieties bred during the Green Revolution revolutionized global agriculture under optimal growing conditions, but their performance in stressful environments-, particularly under soil salinity, has remained an unresol...
A conserved translational repression module buffers sugar-inducible root vascular proliferation [0.03%]
一个保守的翻译抑制模块可缓冲糖诱导的根维管组织增生现象
Sangkyu Choi,Hyun Seob Cho,Seungchul Lee et al.
Sangkyu Choi et al.
Balancing vascular proliferation with sugar availability is essential for optimal carbon allocation; however, the molecular signaling networks integrating sugar status into vascular development remains unclear. Here, using histological, gen...
N-hydroxypipecolic acid acts as a mobile signal for systemic acquired resistance [0.03%]
N-羟基哌啶醇酸作为系统获得抗性的移动信号分子
Pingyu Zhang,Danyi Huang,Hainan Tian et al.
Pingyu Zhang et al.
SSBP: A meta-GWAS-based pleiotropy-aware QTL atlas and smart breeding platform for soybean [0.03%]
SSBP：一种基于元GWAS的多效性意识的大豆QTL图谱和智能育种平台
Jinding Liu,Xuteng Ye,Jun Cheng et al.
Jinding Liu et al.
From Green Revolution to Multigene Revolution: Breeding High-Yield Rice by Design [0.03%]
从绿色革命到多基因革命：设计高产水稻品种
Bo Zhang,Qingli Wen,Wenrui Feng et al.
Bo Zhang et al.
Rice has made a significant contribution to global food security over the past half-century. However, the continuous increase in grain yield potential per unit area remains a critical challenge. Recent advances in functional genomics have p...
Biology-driven genebank pangenetics meet AI-powered predictions to transform crop breeding [0.03%]
以生物学驱动的基因库泛基因组与人工智能预测相结合，变革作物育种
Ragavendran Abbai,Thorsten Schnurbusch,Mark Cooper et al.
Ragavendran Abbai et al.
The modern era of crop improvement is characterized by two distinct paths: (i) biology-driven molecular genetics focused on dissecting the mechanisms underlying complex traits by reductionist approach, and (ii) data-driven quantitative gene...
Single-cell and haplotype-resolved transcriptomics reveal molecular signatures of orchid floral structures [0.03%]
单细胞和单倍体型解析转录组揭示兰科花部器官的分子特征
Yan Li,Songyao Zhang,Bin Zhang et al.
Yan Li et al.
Orchidaceae is among the largest families of flowering plants, yet the cell heterogeneity and molecular basis underlying specialized orchid floral structures remain largely unknown. Here, we report a spatially resolved single-cell transcrip...
The EAR motif-containing adaptor protein ECAP enhances the assembly of PYR1-ABI1 complex to promote ABA signaling in Arabidopsis [0.03%]
EAR基序含有的衔接蛋白ECAP通过促进PYR1-ABI1复合体组装正向调控ABA信号转导
Xing Li,Changjiang Li,Gaofeng Lv et al.
Xing Li et al.
The phytohormone abscisic acid (ABA) plays a pivotal role in plant growth, development, and stress responses. In the ABA signaling pathway, ABA-bound PYR1/PYL receptors form complexes with PP2Cs co-receptors, thereby releasing SnRK2 kinases...
Weijuan Hu,Yunbi Xu,Xiangdong Fu
Weijuan Hu