Dual repression of OsSnRK1β1A by the deubiquitinase OsOTUB1 orchestrates energy metabolism and grain yield in rice [0.03%]
OsOTUB1介导的OsSnRK1β1A双重去泛素化调控水稻能量代谢和籽粒产量
Ludan Zhang,Pengfei Wang,Yue Li et al.
Ludan Zhang et al.
Rice grain yield is largely determined by grain number per panicle, however,the molecular basis for this key trait remains elusive, particularly regarding how energy metabolism coordinates with panicle development. To elucidate this, we per...
Orthologous synteny provides robust structural evidence for the ancestral angiosperm ε-WGD [0.03%]
正交同线性提供了祖先有花植物ε-WGD的有力证据
Ren-Gang Zhang,Martin A Lysak,Hong-Yun Shang et al.
Ren-Gang Zhang et al.
The ancestral angiosperm whole-genome duplication (ε-WGD) is a pivotal event that has long been debated. A recent study refuted the ε-WGD based on the retention patterns of dosage-sensitive gene duplicates. However, this study provides bo...
Sucrose and jasmonic acid positive feedback loop controls stem cell senescence in Arabidopsis [0.03%]
蔗糖和茉莉酸之间的正反馈 loop 控制拟南芥干细胞衰老
Yan-Die Chen,Rui Zhang,Jing Yang et al.
Yan-Die Chen et al.
The lifespan of annual plants is strictly controlled by the senescence of stem cells and the cessation of the inflorescence meristem (IM). A "senescence factor" has long been proposed from developing fruit to trigger proliferative arrest in...
High-Throughput Glycan Array Screening Reveals Rhamnogalacturonan-I as a ligand for Arabidopsis Leucine-Rich Repeat Receptor Kinases Involved in Plant Immunity [0.03%]
高通量糖链微阵列筛选发现半乳糖醛酸聚糖I是参与植物免疫的富含亮氨酸受体激酶的配基
Du-Hwa Lee,Colin Ruprecht,Jung-Min Lee et al.
Du-Hwa Lee et al.
The plant cell wall not only serves as a physical barrier against pathogens but, when damaged, also functions as a source of cell wall-derived molecules that play crucial roles in plant immunity as damage-associated molecular patterns (DAMP...
Pan Geng,Xiaofeng Fang
Pan Geng
A recent study demonstrates that Green Revolution-associated DELLA proteins enhance salt tolerance in cereals by destabilizing IDS1 biomolecular condensates and reprogramming stress-responsive transcription. These findings uncover a previou...
An Extracellular miRNA Reshapes Cell Wall Integrity to Prime Systemic Immunity in Tomato [0.03%]
番茄细胞外微小核糖核酸重塑细胞壁结构启动系统获得性免疫反应
Yue Qiao,Yu Xia,Jianfei Shi et al.
Yue Qiao et al.
Plant small RNAs (sRNAs) are well established as intracellular regulators of gene expression and, more recently, as mediators of trans-kingdom RNA interference against invading pathogens. However, whether extracellular sRNAs can modulate pl...
Wei Zeng,Philip Wigge
Wei Zeng
The cell membrane has long been proposed as a site for temperature perception, owing to its inherent temperature-dependent fluidity and abundant transmembrane sensory channels and signaling components (Murata and Los, 1997). In prokaryotes ...
Characterization of the Entry Steps in Diterpenoid Alkaloid Biosynthesis [0.03%]
异戊二烯生物碱生物合成中几种萜类化合物的表征步骤
Garret P Miller,Lana Mutabdžija-Nedelcheva,Trine B Andersen et al.
Garret P Miller et al.
The diterpenoid alkaloids are a group of specialized metabolites where the terpenoid and alkaloid classes intersect, and which are found primarily within the Aconitum (Wolf's-Bane) and Delphinium (Larkspur) genera. While there is considerab...
Omics-assisted Genetic Dissection and Coordinated Improvement of Apple Flesh Colour, Flavor, and Fruit Size [0.03%]
组学辅助遗传剖析和苹果果肉颜色、风味及果实大小的协同改良
Nan Wang,Wenjun Liu,Xuelian Han et al.
Nan Wang et al.
Breeding red-fleshed apples with enhanced health benefits is a primary objective of modern apple improvement, yet high acidity and small fruit size limit their commercial potential. Resolving trade-offs among flesh color, flavor, and appear...