Coordinating the Spatial and Temporal Deployment of Crop Resistance Genes to Reduce Pathogen Epidemics in a Dynamic Landscape [0.03%]
在动态景观中协调作物抗病基因的时空部署以减少病原体流行病发生
Elizabeth J Trevenen,Rodrigo Neto Pires,Michael Renton
Elizabeth J Trevenen
Deploying cultivars containing resistance genes is an economical and effective method for managing pathogen outbreaks but is subject to a trade-off in which more effective control often accelerates the emergence of virulent, resistance-brea...
Spatial and Temporal Localization of Serratia ureilytica Causing Cucurbit Yellow Vine Disease in Cucurbits Indicates Phloem-Associated Colonization and Systemic Movement [0.03%]
黄瓜花叶斑病菌Serratia ureilytica的时空定位表明其与维管束韧皮部相关并具有系统侵染性
Kensy D Rodriguez-Herrera,Elise Boisvert,Margaret H Frank et al.
Kensy D Rodriguez-Herrera et al.
Cucurbit yellow vine disease (CYVD), caused by the bacterium Serratia ureilytica, is a phloem-associated disease of cucurbits. This study characterized the spatial and temporal distribution of S. ureilytica in Cucurbita pepo cultivar 'Delic...
Range-Wide Geographic Variation of Major Gene Resistance (Cr 3) to White Pine Blister Rust in Pinus strobiformis (Southwestern White Pine) [0.03%]
墨西哥落叶松中广义白 Pine 锈病主要基因（Cr 3）抗性的地方变异
Jeremy S Johnson,Evan Heck,Angelia Kegley et al.
Jeremy S Johnson et al.
Southwestern white pine (Pinus strobiformis) is native to the U.S. and Mexico and is susceptible to the pathogen Cronartium ribicola, which causes the disease white pine blister rust. A major gene, Cr3, confers resistance to the disease. Wh...
Quorum-Sensing Signal Molecule C10-HSL Exhibits a Cross-Kingdom Inhibition Effect on Phytophthora sojae [0.03%]
植物病原物疫霉菌受类quorum sensing信号分子C10-HSL的跨 kingdoms抑制作用
Ke Dai,Xinyi Wu,Qingwen Su et al.
Ke Dai et al.
AHL quorum sensing signal molecules of bacteria are involved in regulating the inhibition effect of biocontrol agents on several plant diseases. However, the direct inhibition effect of AHL on pathogens and the molecular mechanism of inhibi...
The Virome of Rhubarb Consists of Diverse Viruses Belonging to at Least Four Families [0.03%]
rhubarb病毒组包含至少四个科的多种病毒
Elizabeth J Indermaur,Anna O Wunsch,Heather McLane et al.
Elizabeth J Indermaur et al.
Culinary rhubarb (Rheum spp.) comprises herbaceous perennials that are primarily clonally propagated. Like other asexually reproduced crops, rhubarb is vulnerable to virus transmission, but its virome remains poorly characterized. In April ...
Genomic Component Interactions Shape Host-Specific Systemic Infection in Tomato Leaf Curl New Delhi Virus [0.03%]
番茄卷叶新德尔塔病毒基因组元件互作影响其宿主专化性系统侵染
Verónica Pérez-Rubio,Isabel M Fortes,Beatriz Romero-Rodríguez et al.
Verónica Pérez-Rubio et al.
Tomato leaf curl New Delhi virus (ToLCNDV) is a bipartite begomovirus with a broad host range and marked geographic variation in host adaptation. Whereas Asian isolates readily infect solanaceous crops, Mediterranean isolates are mainly ada...
Asymmetric Economic Impacts of Crop Genetic Resistance Gain and Loss: Evidence from Wheat Tan Spot Pathosystem [0.03%]
小麦叶枯病菌株对抗性丧失和获得的经济影响不对称性研究
Toto Olita,Anjana Sharma,Zhanglong Cao et al.
Toto Olita et al.
Safeguarding crop genetic resistance is essential for limiting disease impacts and maintaining agricultural productivity. The economic impacts of genetic resistance loss driven by pathogen adaptation have rarely been quantified. While devel...
Citrus Vein Enation Virus Acts as the Dominant Contributor to Host Transcriptional Reprogramming During Synergistic Mixed Infection with Citrus Yellow-Vein Associated Virus in 'Mexican' Lime [0.03%]
柑橘 vein enation 病毒在与黄脉关联病毒混合感染酸桔中的转录重编程中起主要作用
Stacey Comstock,Arunabha Mitra,Sohrab Bodaghi et al.
Stacey Comstock et al.
Plant viruses in mixed infections can interact in a synergistic or antagonistic fashion, and have the capacity to directly impact their host. In Citrus spp., citrus vein enation virus (CVEV) and citrus yellow-vein associated virus (CYVaV) i...
Transmission of Xanthomonas campestris pv. incanae and Associated Microbiome in Matthiola incana Seed [0.03%]
Matthiola incana种子中的Xanthomonas campestris pv. incanae及其相关微生物群的传播
Aleacia E Eckles,Jelmer W Poelstra,Hannah N Toth et al.
Aleacia E Eckles et al.
Xanthomonas campestris pv. incanae (Xci) is known to cause systemic infections in the stem of Matthiola incana. Prior research observed that the pathogen can invade the vascular system and extend into the seed peduncles of infected plants, ...