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玉米大斑病菌StCHS5基因的结构及功能研究

玉米大斑病菌StCHS5基因的结构及功能研究

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者：毕欢欢吕润玲巩校东刘玉卫谷守芹韩建民董金皋河北省植物生理与分子病理学重点实验室/河北农业大学真菌毒素与植物分子病理学实验室

玉米大斑病(corn northern leaf blight)是一种玉米叶部的真菌性病害。引起大斑病的病原菌有性态为大斑刚毛座腔菌(Setosphaeria turcica),是一种丝状真菌。几丁质是构成真菌细胞壁的重要组分之一,是由N-乙酰葡糖胺通过β-1,4糖苷键连... 详细信息

玉米大斑病(corn northern leaf blight)是一种玉米叶部的真菌性病害。引起大斑病的病原菌有性态为大斑刚毛座腔菌(Setosphaeria turcica),是一种丝状真菌。几丁质是构成真菌细胞壁的重要组分之一,是由N-乙酰葡糖胺通过β-1,4糖苷键连接聚合而形成的多聚物,该物质对于真菌细胞壁抵御外界压力以及在细胞生长和分化过程中维持其特定的形状上具有重要作用。几丁质合酶CHS(chitin synthases)为催化N-乙酰葡糖胺聚合过程中的关键酶,该酶定位于质膜上,通常含有4～7个跨膜结构域。本研究利用生物信息学技术在玉米大斑病菌基因组中鉴定了几丁质合酶基因家族,该家族包含8个几丁质合酶基因(StCHS1-StCHS8)。这8个几丁质合酶基因可分为7类,存在于3个亚家族中,其中StCHS6(classⅢ)、StCHS7(classⅠ)、StCHS8(classⅡ)属于亚家族Ⅰ,含有催化结构域Ⅰ和多个跨膜结构域;StCHSl(classⅣ)、StCHS2(classⅥ)、StCHS5(classⅤ)属于亚家族Ⅱ,含有催化结构域Ⅱ和细胞色素b5结构域;StCHS3(classⅦ)和StCHS4(classⅦ)属于亚家族Ⅲ,这类几丁质合酶基因只包含跨膜结构域。其中几丁质合酶第Ⅴ类和第Ⅵ类还包含肌动蛋白结构域。利用基因敲除技术获得了StCHS5基因敲除突变体,分析发现StCHS5基因参与调控病菌的生长发育、细胞壁发育、附着胞发育及侵染过程,但对病菌的致病毒素的毒力没有影响。进一步通过Real-time PCR技术检测了在StCHS5基因敲除突变体中其他几丁质合酶基因在病菌菌丝、分生孢子、芽管萌发、附着胞和侵入丝等时期的表达模式。结果表明,除了StCHS3基因,其余几丁质合酶基因表达量均有所升高,说明玉米大斑病菌中这些几丁质合酶基因之间可能具有一定的互补效应,但仍需通过创制其他几丁质合酶基因的单基因、双基因或多基因敲除突变体来进一步分析确认。该研究不仅明确了玉米大斑病菌StCHS5基因的功能,也为深入研究几丁质合酶基因家族参与病菌生长发育及致病的分子机制奠定基础。

关键词：玉米大斑病菌几丁质合酶基因家族 StCHS5 基因功能

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Characterization of CsPEX16 in Cochliobolus sativus

Characterization of CsPEX16 in Cochliobolus sativus

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者： Li Hang Chen Linlin Wang Limin Zhang Mengjuan Li Honglian Ding Shengli College of Plant Protection Henan Agricultural University

Cochliobolus sativus（Bipolaris sorokiniana,the anamorph） is a soil-/seed-borne ascomycete fungus causing common root rot,spot blotch,and kernel blight or black point of wheat and barley worldwide which has been increasing the impacts on wheat production with significant yield losses and lower grain qualities recent years in Huanghuai Flood Plain in ***,the molecular mechanism of pathogenesis is not well *** this study,we got the clean knockout mutant of CsPEX16,the Peroxin 16 ortholog（PEX16）,in *** with split-maker strategy confirmed by Southern *** deletion mutant Δcspex16 was severely defective in conidiation,vegetative growth rate,normal lesion formation,inhibition of wheat root growth and aboveground part of the *** microscope,the abnormal spore morphology and undetached spores chains were observed,which led to extremely low sporulation compared to the wild *** staining of fluorescent dye Solophenyl Flavine 7 GFE showed significantly attenuated aggressive growth of infectious hypha of mutant in barley leaf tissues,abundant mycelia and conidia from wild type,and few hapha from mutant on the lesion of barley *** gel activity assay in native PAGE indicated significantly reduced enzyme activity of HO-scavenging in Δcspex16 compared to wild *** an ability defect might contribute to that Δcspex16 induced massive production of reactive oxygen species in host ***,CsPEXl6 in Cochliobolus sativus plays an essential role in multiple ways including vegetative morphology,overcoming host defense and colonization of host *** CsPEX16 regulates peroxisome biogenesis in *** needs to get further clarified.

关键词： Cochliobolus sativus(Bipolaris sorokiniana) Common root rot CsPEX16 Reactive oxygen species Catalase Wheat and barley

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Secondary metabolites and antimicrobial activities of Chaetomium

Secondary metabolites and antimicrobial activities of Chaeto...

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者：欧阳锦逵 Wu Chunyin Mao Ziling 单体江 Guangdong Key Laboratory for Innovative Development and Utilization of Forest Plant Germplasm College of Forestry and Landscape ArchitectureSouth China Agricultural University

Chaetomium were the most abundant and significant fungal species of Ascomycota,belonging to Ascomycota,Pyrenomycetes,Sordariomycetidae,Sordariales and *** globosum was the model species and more than 400 taxa were described since the establishment of this *** were important microbial resources that can produce polytype secondary *** date,more than 200 compounds were isolated and reported,including Azaphilones(36),Chaetoglobosins(34),Diketopiperazines(21),Depsidones(14),Orsellides(10),Steroids(8),Chromones(5),Tetramic acids(4),Isoquinolines(3),Terpenoids(3),Pyrones(2) and other types *** them,more than 160 were new compounds,which accounting for up to 80%.However,there were few reports about antimicrobial activity of secondary metabolites isolated from *** now,only seven compounds showed antibacterial activities and six compounds displayed antifungal *** displayed the best antibacterial activities and the MIC values of Chaetocin and Chetracins A-C against Staphylococcus aureus were 0.025-0.39μg/*** FR207944,which was a rare triterpenoid glycoside,showed the best antifungal activities on Aspergillus fumigatus and the MIC value was 0.039μg/*** study indicated that the strain of Chaetomium was worthy for further *** article would provide important theoretical basis for the development of novel biological pesticides and the comprehensive development and utilization of Chaetomium microbial resources.

关键词： Chaetomium Secondary metabolites Antimicrobial activities

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Novel WRKY transcriptional factors associated with NPR1 during systemic acquired resistance in barley are potential resources to improve wheat resistance to Puccinia triticina

Novel WRKY transcriptional factors associated with NPR1 duri...

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者： Li Huanpeng Wu Jiaojiao Gao Jing Bi Weishuai Yu Xiumei Liu Daqun Wang Xiaodong College of Plant Protection Biological Control Center for Plant Diseases and Plant Pests of HebeiHebei Agricultural University College of Life Science Hebei Agricultural University Graduate School of Chinese Academy of Agricultural Sciences

In Arabidopsis,both initial pathogen infection and benzothiadiazole(BTH) treatment are sufficient to induce systemic acquired resistance(SAR),which is an inducible form of enhanced resistance to secondary pathogen ***1 is reported to be the master regulator of *** Arabidopsis and rice,WRKY transcription factors are designated as key components during SAR in either NPR1-dependent or-independent *** several SAR-like responses discovered in wheat and barley can improve their resistance to various fungal diseases including Blumeria graminis and Puccinia triticina(Pt),roles of NPR1 and WRKY genes during SAR in these crop species are largely *** a series of transcriptome analysis on barley transgenic lines over-expressing wheat wNPR1(wNPR1-OE) and knocking down barley HvNPR1(HvNPR1-Kd),the regulatory networks of NPR1 during SAR triggered by Pseudomonas syringae *** DC3000 and BTH were clarified.A total of 17 differentially expressed WRKY genes were selected for further functional ***,some of them may also function through physical interaction with NPR1 *** transient expression of three novel WRKY genes,including HvWRKY165,HvWRKY213,and HvWRKY248,in wheat leaves by Agrobacterium-mediated infiltration enhanced the resistance to *** transgenic lines over-expressing these WRKY genes may be potential resources to improve wheat resistance to various fungal diseases.

关键词： WRKY transcription factors NPR1 Systemic acquired resistance Barley Wheat Puccinia triticina

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Transcriptomic investigation of biocontrol agent PP19 induced resistance to *** on litchi fruit

Transcriptomic investigation of biocontrol agent PP19 induce...

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者： Li Zheng Situ JunJian Xi Pinggen Zhou Xiaofan Jiang Zide Department of Plant Pathology South China Agricultural University Chinese Academy of Tropical Agricultural Sciences Guangzhou Experimental Station Integrative Microbiology Research Centre South China Agricultural University

The production and fruit quality is severely affected by Litchi downy blight,caused by the oomycete Peronophythora litchii,which occurs in almost all thelitchi production regions of ***,there is urgent need for riskless and sustainable biocontrol *** we have shown that the biocontrol agent PP19(Bacillus licheniformis) and its associated VOCs could appear an efficacy to litchi downy *** elucidate the potential mechanism of PP19 induced resistance,we employed transcriptome sequencing to investigate the molecular mechanism of plant defense and *** transcriptome data showed that,upon pre-treatment with PP19,the expression levels of thousands of genes were significantly different from those in the control in the 36 hours period post inoculation(hpi).Meanwhile,pretreated PP19 could significandy alter the plant response to the pathogen *** was also found that,while the relative value of *** on the litchi pericarp were similar,from 0-12-24 hpi,a significant difference at 24-36 hpi where the control value was approximately 3 000 fold more than PP19 *** clustered the genes with absolute fold changes greater than1.5 based on their time-course expression patterns and found four clear *** gene ontology enrichment analyses showed that functions related to fructose metabolism,regulation of cell plasma membrane,ethanol biosynthesis,and regulation of defense response were over-represented in the four clusters,*** summary,PP19 can indeed induce the resistance of litchi fruits to ***,and might regulate some genes related to disease resistance and preservation to avoid plant browning and pathogen infection.

关键词： P.litchii Biocontrol agent PP19 Litchi fruit Transcriptomics

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Transcriptome profiling of maize reveals resistance gene changes in response to DZSY21 induction

Transcriptome profiling of maize reveals resistance gene cha...

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者： Wang Qi Chen Xiaojie Gu Shuangyue Zhang Xinyue Hang Tianlu Ding Ting College of Plant Protection Anhui Agricultural UniversityAnhui Key Laboratory of Crop Biology

Endophytic bacteria DZSY21 can stably colonize and enhance the defense response in ***,this study was designed to predict the molecular mechanism of maize defense response induced by endophytic bacteria DZSY21 at transcription *** transcriptome sequencing technology were used to analyze the differential expression pattern of genes in maize leaves after treatment with DZSY21 for different *** in the expression level of Fold change ≥2 and FDR<0.01 were recognized as differentially *** sample inoculated DZSY21 for Oh was set as *** this criterion was applied,a total of 2 413 genes showed significantly altered expression levels in response to strain DZSY21 for 12 *** these,1 278 were up-regulated and 1 135 were *** inoculating with DZSY21 for 24 h,737 genes including 538 up-regulated DGEs and 199 down-regulated DGEs were differentially *** to the results of functional annotation,218 differentially expressed genes(DEGs) involved in 26 resistance pathways were obtained after inoculating for 12 h,which including Bifunctional inhibitor/lipid-transfer protein,MATE efflux family protein and LysM domain receptor-like *** were 71 DEGs were involved in 30 resistance pathways after inoculated 24 h,including Isoflavone reductase,Probable cellulose synthase,Phenylalanine ammonia-lyase,L-ascorbate peroxidase,Probable transcription factor GLK and ACC oxidase,The above results showed that the endophytic bacteria DZSY21 was introduced into corn and could regulate the expression of resistancerelated genes in maize *** laid the foundation for further searching for resistance genes and their function identification.

关键词： DZSY21 Maize Resistance gene Transcriptome

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Identification of the regulatory network of lncRNAs-miRNAs-mRNA in tomato-Phytophthora infestans interaction

Identification of the regulatory network of lncRNAs-miRNAs-m...

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者： Cui Jun Jiang Ning Meng Jun Luan Yushi School of Life Science and Biotechnology Dalian University of Technology School of Computer Science and Technology Dalian University of Technology

Plant ncRNAs(miRNAs and IncRNAs) play important roles in plant-pathogen *** this study,we used two RNA-Seq datasets,tomato inoculated with and without ***(SpPi and Sp) obtained from our group,to identify 9331 *** these IncRNAs,a total of 196 DELs in SpPi sample compared with Sp sample(P-value < 0.05 and a two-fold change),including 115 upregulated IncRNAs and 81 down-regulated IncRNAs in SpPi *** study showed IncRNAs were preferentially located next to genes that they *** found that 148 differential expressed IncRNAs might regulate 763 genes,which compose 130 *** can decoy miRNAs via the eTM sites in *** eTMsusually contain bulges or mismatches in the middle of the miRNA binding sites during binding between IncRNAs and miRNAs.A total 45 miRNAs could be decoyed by 98 *** networks showed that 38 miRNA-lncRNA duplexes were *** sequencing was performed to identify the target genes of *** first predicted the putative cleavage sites in target mRNAs using *** result showed that 994 genes were predicted to be acquired for 155 *** the degradome density file was generated using CleaveLand,the results of target genes and the degradome density were compared to identify the significant hits.62 miRNAs could target 130 genes including 152 cleavage sites on predicted *** GO enrichment analysis was performed used the genes regulated by IncRNAs and targeted by *** results showed only two GO terms,metabolic process and transcription regulator activity were enriched,and then the genes from these two GO terms were used to perform the KEGG pathway *** genes were mainly assigned with Metabolic pathways,Biosynthesis of secondary metabolites,Plant-pathogen interaction and other *** results will benefit not only understanding the molecular mechanisms of *** interaction but also future molecular breeding.

关键词： miRNAs Identification of the regulatory network of lncRNAs-miRNAs-mRNA in tomato-Phytophthora infestans interaction lncRNAs

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Artificial microRNA-mediated resistance to Cucumber green mottle mosaic virus in Nicotiana benthamiana

Artificial microRNA-mediated resistance to Cucumber green mo...

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者： Liang Chaoqiong Hao Jianjun Li Jianqiang Barbara Baker Luo Laixin Department of Plant Pathology China Agricultural University/Key Laboratory of Plant PathologyMinistry of Agriculture Beijing Key Laboratory of Seed Disease Testing and Control China Agricultural University School of Food and Agriculture The University of Maine Department of Plant and Microbial Biology University of CaliforniaBerkeley Plant Gene Expression Center United States Department of AgricultureAgricultural Research Service

Cucumber green mottle mosaic virus(CGMMV) infects cucurbit plants and causes severe economic losses in crop *** artificial microRNAs(amiRNAs) targeting the genes,which responsible for viral replication,transmission and symptom expression,offers a promising strategy to interfere the multiplication and spread of CGMMV in *** this study,six amiRNAs were designed based on three Arabidopsis thaliana miRNA precursor backbones(ath-miR156a,ath-miR164a and athmiR171a),which targeting conservative sequence elements of CGMMV genes for coat protein(CP),movement protein(MP) and replicase gene(Rep).For analyzing CGMMV resistance level in Agrobacterium-infiltrated N,benthamiana plants,*** plants at 3 days post Agroiocterium-infiltration(dpa) were gently rubbed with CGMMV *** of the CGMMV-infected transgenic *** plants were observed at 20 days post inoculation(dpi).The results showed that transgenic Nicotiana benthamiana plants showed various levels of resistance against CGMMV,and the level of resistance was determined by the expression level of *** line expressing amiRNA targeted the CP gene induced the highest viral resistance,whereas targeting CGMMV replicase gene exhibited only a moderate tolerance,targeting the MP gene induced the lowest viral *** study demonstrated that amiRNA technology was an effective approach to engineer viral resistance in/*** biotechnological approach may have the potential to provide resistance sources for future crop breeding in the case of limited natural resistant resources.

关键词： Overexpression amiRNA technology Viral resistance Cucumber green mottle mosaic virus

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Sequence polymorphism,gene transcriptional pattern and function analysis of the RXLR effector PcAvh2 from Phytophthora capsici

Sequence polymorphism,gene transcriptional pattern and funct...

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者： Chen Xiaoren Zhang Ye Huang Shenxin Xing Yuping Ji Zhaolin College of Horticulture and Plant Protection Yangzhou University

[Objective]The aim was to analyze the sequence polymorphism,gene transcriptional pattern and functions of the RXLR effector PcAvh2 from Phytophthora capsici.[Methods]We cloned PcAvh2 gene by high-fidelity PCR from 31 *** isolates,2 *** isolates and 1 *** *** expression changes during the developmental stages(mycelia,zoosporangia,zoospores and germinated cysts) and infection period(1.5 h,3 h,6 h,12 h,24 h,36 h,72 h post-inoculation) of *** were monitored by quantitative ***-based agroinfiltration assay was performed to examine if PcAvh2 could suppress plant immunity triggered by 6 effectors(BAX,INF1,PsojNIP,PsCRN63,PsAvh241 and R3 a/Avr3 a).The CaCl/PEG-raediated protoplast transformation of *** was conducted to silence PcAvh2 and determine if its silencing affected the pathogen's virulence.[Results]PcAvh2 is a typical RXLR effector and possesses 10 alleles in the ***,it also exists in *** and *** expression of PcAvh2 was up-regulated during the host infection by *** can suppress the plant immunity induced by all 6 ***1 y,silencing of PcAvhl in *** significantly compromised the pathogen's virulence on host plants.[Conclusion]RXLR effector PcAvh2 is one of important pathogenicity factors in ***.

关键词： Phytophthora capsici RXLR effector Sequence polymorphism RT-PCR Plant immunity Gene silencing

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A reverse genetics platform for tobacco bushy top disease complex

A reverse genetics platform for tobacco bushy top disease co...

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中国植物病理学会第十一届全国会员代表大会暨2018年学术年会

作者： Zhao Xingneng Zhang Lifang Xu Ping Li Yanqiong Xia Zhenyuan Chen Hairu Mo Xiaohan Yunnan Academy of Tobacco Agricultural Sciences College of Plant Protection Yunnan Agricultural University

Tobacco bushy top disease(TBTD) is the only plant disease caused by a luteovirus/umbravirus complex in China and its causal agent,TBTD complex,is one of the most complicated plant virus *** coat proteins of the virions of TBTD complex are encoded by tobacco vein distorting virus(TVDV) only,while there are five distinct viral RNA components being encapsidated in,namely,TVDV,tobacco bushy top virus(TBTV),tobacco vein distorting virus-associated RNA(TVDVaRNA),TBTV satellite RNA,and an unidentified viral ***-mediated infectious clones of TVDV,TBTV,TVDVaRNA and TBTV satellite RNA were constructed,serving as a reverse genetics platform to investigate the interactions among these viral components and their roles in the symptom developments and aphid *** preliminary application of this reverse genetics platform shed light on the interactions among different viral agents in the TBTD *** alone was able to replicate and move systematically and cause mild symptoms in planta(Nicotiana tabacum and ***).While the satellite RNA was dependent on TBTV for its replication and systematic movement,it boosted the symptom severity of the disease when coinfected with *** satellite RNA stimulated mildly the accumulation of TBTV genomic RNA in ***,while in ***,it downregulated the accumulation of TBTV genomic RNA slightly,indicating host specificity in the association of TBTV and its satellite *** alone could infect *** systemically without prominent *** plants developed intensive disease symptoms when coinfected with TVDV and TVDVaRNA,and the two viral components were able to move systemically in the plants,while TVDVaRNA alone could not infect *** *** results indicated that TVDV could facilitate the systemic movement of TVDVaRNA in planta,and TVDVaRNA helped TVDV in boosting the development of disease symptoms in *** this reverse genetics platform

关键词： A reverse genetics platform for tobacco bushy top disease complex

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