特异性防御——效应蛋白触发的免疫(Effector-triggered immunity,ETI,记住PTI和ETI两种简写,因为下文我们会反复提及) KEGG数据也有对这个通路的介绍,ID是map04626,名称是Plant-pathogen interaction。 首先明确,KEGG收录的通路变化一般来自文献报道。但也意味着,通路中收录的应答模式也只是包含比较经典的通路,还有很多未知的...
In the literature, multisensory platforms have been proposed to overcome the main limitations of traditional equipment to monitor the plant-environment interaction. Spectroscopy, machine vision, and aerial vehicles are some of the methods used to detect changes in the microenvironment around the p...
transductionpathwayReactiveoxygenspecies(ROS)signalingNitricoxide(NO)signalingtransductionpathwaySugarsensingresponsivepathwayWounding-signaltransductionpathway(plant-pathogeninteraction)LightsignalingresponsivepathwayBiologicalo’clock(circadianrhythm)regulatorypathwayVarioussignalingtransduction5Developmentregulatorypathwaye.g....
pathway Reactive oxygen species (ROS) signaling Nitric oxide (NO) signaling transduction pathway Sugar sensing responsive pathway Wounding-signal transduction pathway (plant-pathogen interaction) Light signaling responsive pathway Biological o’clock (circadian rhythm) regulatory pathway * Development regulatory...
动物中一样,植物细胞之间也在不断地相互交流信息。植物细胞通过交流来协调它们的活动,以响应光、暗和温度的变化,从而指导植物的生长、开花和结果周期。植物细胞也通过沟通来协调它们的根、茎和叶。 动植物细胞之间的信号传导机制既有相似,也有不同之处。例如,动物主要依赖G蛋白连接的表面受体,而植物主要依赖受体丝氨酸...
Figure 1. Impact of environmental conditions on plant–pathogen interactions. The environment–host–pathogen tripartite interaction operates within a continuum, from interactions fully conducive for disease (disease optima) to those that maintain healthy plants. Environmental conditions can have profound effe...
Calcium(Ca+2)signaling(regulatorynetwork)LipidsignalingtransductionpathwayReactiveoxygenspecies(ROS)signalingNitricoxide(NO)signalingtransductionpathwaySugarsensingresponsivepathwayWounding-signaltransductionpathway(plant-pathogeninteraction)LightsignalingresponsivepathwayBiologicalo’clock(circadianrhythm)regulatorypathway Developme...
Can higher aggressiveness effectively compensate for a virulence deficiency in plant pathogen? A case study of Puccinia triticina’s fitness evolution in a diversified varietal landscape Cécilia Fontyn Kevin JG Meyer Henriette Goyeau Journal of Plant Pathology(2024) ...
植物通过自身多级免疫系统抵抗环境病害,包括pathogen-triggered immunity(PTI)和effector-triggered immunity(ETI)。PTI通过模式识别受体(pattern recognition receptors, PRRs)识别病原体相关分子模式并激发基础抗性;ETI则通过R蛋白(Resistance protein)诱导更强和持久的免疫应答【1】。植物的免疫反应受到水杨酸(salicylic acid...
signalingNitricoxide(NO)signalingtransductionpathwaySugarsensingresponsivepathwayWounding-signaltransductionpathway(plant-pathogeninteraction)LightsignalingresponsivepathwayBiologicalo’clock(circadianrhythm)regulatorypathwayDevelopmentregulatorypathwaye.g.flowering(autonomous),lead,root,trichomeformationrootapicalmeristem(RAM)...