1)LMM类病斑
1.LMM have been considered as a primary method for resistance,the understood of all these signal transduction mechanism in LMM will provide some instructions in resistant breeding.本文综述了与植物类病斑突变体相关的抗病信号转导途径,包括水杨酸途径、乙烯茉莉酸途径、活性氧的调节、程序性细胞凋亡,特别是过敏反应与植物抗病性的联系。
英文短句/例句
1.RESEARCH ADVANCES ON SIGNAL TRANSDUCTION OF PLANT LESION MIMIC MUTANTS AND ITS DISEASE RESISTANCE植物类病斑突变体的信号途径与抗病性研究进展
2.Genetic Analysis and Gene Mapping of the Three Lesion Resembling Disease Mutants in Rice (Oryza Sativa L.)三个水稻类病斑突变体的遗传分析及基因的分子标记定位
3.Cultivation of Radiation-Induced Mutant of Upland Rice IRAT109 & Gene Mapping of a Rice Lesion Mimic Initiation Mutant旱稻IRAT109辐射突变体的培育与类病斑基因的初步定位
4.Viruses are often classified into broad categories as mosaics, yellows, mottles, and streaks.病毒病常分为几大类，即花叶病，黄化病，斑驳或条斑。
5.fungus causing yellow spot (a sugarcane disease in Australia).引起黄斑的菌类（在澳大利亚的甘蔗病）。
6.Alanalysis of the Relationship between the Classification of Diabetic Macular Edema and the Related Factors;糖尿病黄斑水肿类型与相关因素分析
7.Investigation on the Kinds of Grapevine Viruses and the Detection of Grapevine Fleck Virus;葡萄病毒种类调查及葡萄斑点病毒检测
8.Autoimmune: such as lupus erythematosus, rheumatoid arthritis, scleroderma, and other.自身免疫性：如红斑狼疮、类风湿关节炎、硬皮病等。
9.Cloning and Analysis of NBS-LRR Type Disease Resistance Gene Analogs in Erianthus arundinaceum斑茅NBS-LRR类抗病基因同源序列的克隆与分析
10.Identification and Biology of the Root-lesion Nematode Causing Chinese Yam Red Spot Disease;薯蓣红斑病病原线虫种类鉴定及其生物学特性研究
11.Studies on the Classification、Biological Character and Pathogenicity of Pathogen of Maize Curvularia Leaf Spot in Sichuan;四川省玉米弯孢叶斑病菌的种类、生物学特性和致病性研究
12.Identification of Pathogen Causing Leaf Spot Disease on Ginger and Research on Mechanism of Thiabendazole Fungicide Resistance;姜叶斑病病原菌的鉴定及其对苯并咪唑类杀菌剂抗性机制的初探
13.The Detection of Prunus Necrotic Ringspot Virus and Prune Dwarf Virus on the Stone Fruit Trees by Serology and RT-PCR;核果类果树上李坏死环斑病毒和李矮缩病毒的血清学及RT-PCR检测
14.Control Effect of Triazole Fungicides in controlling Marssonina coronaria in Vitro and in Field三唑类杀菌剂对苹果褐斑病菌生长发育的毒力及其防病作用
15.No fear of scurvy or ship fever this voyage.那就不必担心路上得坏血症或斑疹伤寒这类疾病了！
16."Scrub typhus, carried by mites, is usually classed as a separate disease. "病原体为的丛林型斑疹伤寒,通常被分类为一种独立的疾
17.APPLICATION OF FUZZY CLUSTER ANALYSIS IN THE STUDIES ON EPIDEMIC DYN AMIC OF MARSSONINA MALI模糊聚类分析在苹果褐斑病流行动态研究中的应用
18.Study on Classification and Pathogenicity of Lophodermium on Pinus Tabulaeformis Carr. in East Part of Liaoning Province;辽东地区油松上散斑壳属真菌的分类及其致病性的研究
相关短句/例句
leaf-spot type叶斑病类
3)Patches Stria Disease斑纹类疾病
4)Spotted-scar diseases斑点类病害
1.Spotted-scar diseases on bagged apple fruit occurred seriously recently in China,which research progresses of the symptom,pathogen,biological characteristics and epidemic trait epidemic regularity were reviewed in this paper.从症状类型、病原菌种类及其生物学特性、发生流行规律等方面综述了近年来国内套袋苹果斑点类病害的研究进展,提出了农业防治、化学防治并举的综合防治措施。
5)lesion mimics类病斑突变体
6)rice brown spot mimic lesion胡麻斑类似病
1.severity, maximum injure degree and injure degree were used to evaluate the virulence of rice brown spot mimic lesion on Bt gene transformed rice Kemingdao 1 (KMD 1), Kemingdao 2 (KMD 2), as well as the.从为害级别和严重度上分析克螟稻对胡麻斑类似病的感病程度远远超过其亲本秀水 11。
延伸阅读
百日草叶斑病的防治百日草叶斑病多发生在夏季，高温高湿有利于发病，一般危害开花后的成熟植株，病状为叶片上初生浅红至暗褐色小点，逐渐扩大为圆形或多边形病斑，四周有黄色晕圈，病斑发展迅速，发展至茎部，可使茎部变黑变干，植株迅速死亡。叶斑病发生普遍，发展迅速，危害严重，从初发至叶片干枯只需一周左右的时间，如不及时防治将使植株迅速死亡。病菌主要在种子越冬，也可随病残体在土壤中越冬，植株生长期的病菌能通过风雨传播。防治细菌性叶斑病要点：第一，要选用抗病品种和有技术保证条件下生产的种子。第二，培养壮苗，增强抗病能力。百日草喜温暖(20℃以上)阳光充足环境，要求排水好、疏松肥沃的土壤，较耐干旱。无论是苗期还是花期，浇水均应适当，同时要给植株以足够的生长空间。第三，种子播种时可进行土壤和种子消毒，可选用新植霉素200mg/L浸种子2至3小时，也可用50%琥胶肥酸铜拌种，并喷洒床土。生长季节发病可用53.8%的可杀得2000，浓度为1000倍，或杀菌王1000倍液，或72%的农用硫酸链霉素3000倍液，喷洒叶面每周一次，连续3至4次，会收到明显的效果。（来源：《中国花卉报》2004.01.29）
