Unveiling rapid plant diversification: Exploring the "Fast-Subspeciation Kingdom" of Brassica rapa [0.03%]
揭示植物快速分化的机制——以白菜型十字花科作物模式物种研究为例探讨“快速亚种形成王国”现象
Chengcheng Cai,Sanwen Huang,Feng Cheng
Chengcheng Cai
The mechanisms driving rapid plant diversification-often referred to as Darwin's "abominable mystery"-remain a central question in evolutionary biology. Elucidating the genomic basis of rapid speciation and morphological innovation, such as...
Hi MagicRing, tell me where I am: Toward affordable, physically reliable 3D plant phenotyping with MobilePheno3D [0.03%]
魔戒在哪里：迈向经济且物理可靠的三维作物表型研究——MobilePheno3D的出现
Yuhui Zheng,Lu Gao,Jiafei Zhang et al.
Yuhui Zheng et al.
3D plant phenotyping has garnered significant interest for its ability to quantify key structural traits such as plant volume and canopy architecture. However, standard monocular 3D reconstruction techniques suffer from inherent scale ambig...
Yachun Su,Tingting Sun,Chuihuai You et al.
Yachun Su et al.
Potato late blight severely threatens global food security. A recent comprehensive analysis of the NLR gene complement across diverse potato (Solanum tuberosum) genomes identified previously undescribed resistance genes. This analysis promp...
Proanthocyanidins: structure, biosynthesis, regulation, and structure-activity relationships [0.03%]
原花青素的结构、生物合成调控及构效关系研究进展
Yi Qiao,Pan Zhen,Qian Gao et al.
Yi Qiao et al.
Proanthocyanidins (PAs) are polyphenolic compounds widely distributed throughout the plant kingdom, playing critical biological and ecological roles, including in seed dormancy and defense. Owing to their powerful antioxidant, protein-bindi...
Domain-less defenders: evolutionary innovations and agricultural promise of noncanonical NLRs [0.03%]
无定义领域的防卫者：非经典NLRs的进化创新及其农业潜力
Zichen Liu,Man Hu,Guozhi Bi
Zichen Liu
Noncanonical nucleotide-binding leucine-rich repeat (NLR) genes, which lack typical N-terminal domains, are abundant in plants but their functions remain poorly understood. Two recent studies have cloned members of this family and offer clu...
Motif-Hi-C: A motif-based framework for rapid quality control of Hi-C data [0.03%]
Motif-Hi-C：一种基于基序的快速表征Hi-C数据质量的框架
Dashuai Kong,Yuhui Wang,Yueting Tang et al.
Dashuai Kong et al.
Hi-C technology has become indispensable for studying three-dimensional (3D) genome organization; however, the substantial variability in existing genome analysis tools poses challenges for efficient, accurate data processing. Here, we pres...
Haifei Liang,Shengchao Liu,Tongliang Yan et al.
Haifei Liang et al.
Male sterility affects various agronomic traits. Although jasmonate (JA) has been shown to influence fertility in several plant species, most research on JA-mediated regulation of fertility has focused on bisexual flowers, leaving the role ...
Comprehensive analysis of m6A-regulatory genes in soybean uncovers GmMTBa as a critical determinant of salinity stress tolerance [0.03%]
全面分析大豆m6A调控基因，揭示GmMTBa是盐胁迫耐受性的关键决定因子
Leili Wang,Chengyang Song,Zhu Yan et al.
Leili Wang et al.
Soybean (Glycine max) is an important protein and oil crop whose yield is significantly affected by salinity stress. N6-methyladenine (m6A), a prominent epigenetic modification of RNA, exerts crucial regulatory functions in plant developmen...
Yanjun Li,Junhao Shi,Xinxin Li et al.
Yanjun Li et al.
The plant immune system plays crucial roles in interactions with microbes- both pathogenic and beneficial. During the past few decades, great progress has been made in understanding the molecular mechanisms of plant immune responses, includ...
Hyperspectral phenotyping reveals the genetic basis of grain quality in rice [0.03%]
高光谱表型分析揭示水稻谷粒品质的遗传基础
Weijuan Hu,Xiaoqian Chen,Jianping Yu et al.
Weijuan Hu et al.
Rice (Oryza sativa) grain quality is an important breeding target, yet its genetic basis remains incompletely understood. In this study, we integrated hyperspectral phenotyping with genome-wide association study (GWAS) to investigate appare...