A wheat lncRNA-encoded peptide promotes autophagy and targets viral NIb for degradation to confer antiviral resistance [0.03%]
一个小麦长链非编码RNA编码的多肽通过促进自噬和靶向病毒NIb蛋白降解来提高抗病性
Juan Zhang,Peng Liu,Bin Yong et al.
Juan Zhang et al.
Long noncoding RNAs (lncRNAs) are increasingly recognized as a source of functional peptides involved in plant development and immunity, yet little is known about whether lncRNA-encoded peptides participate in antiviral defence. By transcri...
A promoter indel in GmSTOP1a drives soybean adaptation to low-phosphorus acidic soils in low-latitude regions [0.03%]
低纬度地区大豆适应酸性缺磷土壤的分子机制研究
Zhibin Guo,Mingming Duan,Bo Chen et al.
Zhibin Guo et al.
Low-phosphorus (LP) availability is a major barrier to soybean cultivation in tropical and subtropical regions, where highly weathered acidic soils strongly fix phosphate. The genetic basis driving soybean adaptation to these LP environment...
A TaKNOX1-TaAPO1-Rht1 feedback regulation orchestrates spikelet number and yield potential in wheat [0.03%]
TaKNOX1-TaAPO1-Rht1反馈调节调控小麦小穗数和丰产潜力
Zhongyin Deng,Qihang Chen,Shuoxun Wang et al.
Zhongyin Deng et al.
Adaptive evolution of oxidosqualene cyclases driving triterpene scaffold diversification for limonoid biosynthesis in Melia toosendan [0.03%]
适应性进化调控氧化鲨烯环化酶驱动三萜支架多样化以促进苦皮藤素生物合成
Bo Liu,Laibao Feng,Keke Zhang et al.
Bo Liu et al.
Limonoids are a structurally diverse class of highly oxidized triterpenoids produced by Meliaceae and Rutaceae species. They exhibit remarkable biological activities but are difficult to produce due to their complex biosynthesis. Plants evo...
GA3-loaded hydrophilic and lipophilic diblock polymer acts as a nano-safener to alleviate herbicide-induced rice injury by activating key metabolic pathways [0.03%]
负载GA3的两亲性嵌段共聚物纳米 safener通过激活代谢途径缓解除草剂对水稻的安全性问题研究
Xile Deng,Heng Qiao,Yijie Zhan et al.
Xile Deng et al.
Although herbicides are the most effective weed control method in rice cultivation, they often cause phytotoxic effects. While herbicide safeners can mitigate such damage, commercial safeners frequently exhibit adverse impacts on non-target...
An ALOG family transcription factor promotes capsanthin production by activating the expression of Capsanthin-Capsorubin Synthase gene in pepper [0.03%]
一个ALOG家族的转录因子通过激活辣椒中Capsanthin-Capsorubin合成酶基因的表达来促进capsanthin的生成
Fan Zhang,Xiaotong Sun,Zhen Zhuang et al.
Fan Zhang et al.
Deciphering the genetic mechanism of perenniality in rice potentiates sustainable agricultural production [0.03%]
破解水稻多年生性的遗传机制促进可持续农业生产
Zheng Li,Ruichen Ma,Ole Pedersen
Zheng Li
The ZAT7-OTU11-DOA9-CYS13 module enhances salt resistance via suppressing NPF2.4-mediated chloride uptake in Arabidopsis [0.03%]
拟南芥ZAT7-OTU11-DOA9-CYS13模块通过抑制NPF2.4介导的氯离子吸收来增强盐胁迫耐受性
Chunyan Wang,Miao Liu,Changai Wu et al.
Chunyan Wang et al.
Salt stress causes concurrent Na+ and Cl- toxicity that severely inhibits plant growth and reduces yield. While Na+ homeostasis has been extensively studied, the molecular mechanisms underlying Cl- homeostasis under salt stress remain poorl...
The hub transcription factor ZmbZIP29 controls seed germination speed by promoting starch degradation within the embryo in maize [0.03%]
转录因子ZmbZIP29通过促进胚内淀粉降解控制玉米种子的萌发速度
Nannan Zheng,Yong Cheng,Zihui Wang et al.
Nannan Zheng et al.
Starch serves a crucial energy source for seed germination. While the classic starch-degradation model primarily focuses on the endosperm during late germination, little is known about starch mobilization within the embryo during the early ...
The GATA5-GhFBA1_At-KNAT7 module regulates fruit branch angle and high-density yield by controlling cell expansion and cell wall thickness in cotton [0.03%]
GATA5-GhFBA1_At-KNAT7模块通过控制细胞扩张和细胞壁厚度调控棉纤维分枝角度和高密度产量
Zhiyong Xu,Chao Fu,Yu Le et al.
Zhiyong Xu et al.
Enhancing cotton yield remains a paramount breeding objective. Given limited arable land, increasing planting density is an effective strategy to boost cotton yield. However, the genetic basis of plant architecture suitable for high-density...