- 更多网络例句与炭疽病相关的网络例句 [注：此内容来源于网络，仅供参考]
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Biological control has become hot topics on banana anthracnose , which is one of the most important post-harvest diseases on banana.
香蕉炭疽病是香蕉采后一种重要病害，生物防治香蕉炭疽病成为研究的热点。
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Mango anthracnose varied in its possession and use of spatial resource at different spatial niches.
在各生境位点上，芒果炭疽病对资源的占有和利用能力是不同的，边线的生境相对不利于芒果炭疽病的生存，花期时果园各方位生境
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Appressoria were latent in intercellular cleft and were latent until banana fruit were harvested.The development process of conidia of Colletotrichum musae on fruit was not distinct from foliage and stalk.Two pairs of PCR primers were designed according to the two especial fragment (357bp and 206bp) of Colletotrichum musae. Banana tissue culture seedling genomic DNA, banana anthracnose pathogen genomic DNA, mango anthracnose pathogen genomic DNA, rubber anthracnose pathogen genomic DNA,watermelon anthracnose pathogen genomic DNA, banana crown rot pathogen genomic DNA, stylo anthracnose pathogen genomic DNA, watermelon Fusarium wilt pathogen genomic DNA were extracted using SDS method.
根据香蕉炭疽菌的两个特异片段(分别为357bp和206bp)，设计两对引物：采用SDS法分别提取了香蕉组培苗基因组DNA、香蕉果实炭疽菌弱致病株Z_1基因组DNA、香蕉果实炭疽菌强致病株Z_4基因组DNA、芒果炭疽菌基因组DNA、橡胶炭疽菌基因组DNA、柱花草炭疽菌基因组DNA、西瓜炭疽菌基因组DNA、香蕉冠腐病菌基因组DNA、西瓜枯萎病菌基因组DNA；以上述基因组DNA为模板对特异片段进行PCR验证，证明357bp的片段为Colletotrichum musaes所特有，可以用此片段进行香蕉果实炭疽病的分子检测试验，。
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The results showed that the 20 cultivars could be clustered into 4 groups based on their resistances to C.truncatum, among which ProINTA Patricia and Victoria SPI were the best, but Defi, Lobo, Salado, Xinjiang large-leaf and Travois were the weakest, while the other 13 cultivars had medium resistance to C.truncatum.
结果表明，不同品种抗苜蓿炭疽病能力的强弱不同，通过聚类分析将供试品种划分为4个类群，以ProINTA Patricia和Victoria SPI对苜蓿炭疽病的抗性最好，Defi德福、Lobo路宝、Salado萨兰多、新疆大叶苜蓿和Travois的抗病性最差，其他品种呈中等抗性。
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Spore spray and hype double holes injection methods are used to evaluation some snap bean germplasms resistance to anthranthranose and Fusarium root rot during seedling.7 varities are high resistence to anthranthranose and 1 variety is high resistanee to Fusarium root rot.
采有喷雾接种法和下胚轴双孔注射法分别对部分菜豆种质资源进行炭疽病和枯萎病的抗性的苗期鉴定，从所供试的材料中筛选出高抗菜豆炭疽病材料7份，高抗菜豆枯萎病材料1份，为抗病育种奠定了基础。
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Chestnut is a high valued economic orchard crops in Guangdong mountain area. A new disease on the leaves of chestnut was found in chestnut orchard of SCAU and areas where chestnut grows in Guangdong. Its symptom was different with those any reported leaf disease on chestnut. The pathogen was identified as Colletotrichum gloeosporioides, and is the same as the pathogen of Coniella castanicola, anthracnose of Camellia oleifera and Caryota ochlandra.
近年，在华南农业大学板栗园及广东一些板栗产区，栗叶上出现了一种新的病害，其发病症状与已报道的板栗叶部病害无一是完全符合的，经鉴定，这种病原菌属于半知菌亚门，腔孢纲，黑盘孢目，黑盘孢科，刺盘孢属，胶胞炭疽菌Colletotrichum gloeosporioides，与板栗炭疽病、油茶炭疽病以及鱼尾葵炭疽病的病原一致。
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Such as: cotton wilt, Verticillium wilt, damping-off, wheat, corn, stiff Miao, Miao Huang, yellow leaves, the yellow leaves of fruit trees, anthrax, early defoliation disease, melons, vegetables Peronospora class , leaf molds, spreading litter, Pseudomonas, keratophyre, withered, anthrax, the disease, black rot, soft rot, peanuts, legumes, such as stem blight significant effect.
棉花的枯萎病、黄萎病、立枯病，小麦、玉米的僵苗、黄苗、黄叶、烂秧，果树的黄叶、炭疽病、早期落叶病，瓜菜类的霜霉、叶霉、蔓枯、青枯、角斑、枯萎、炭疽、疫病、黑腐、软腐，花生、豆类的死苗、茎枯病等有显著的防治效果。
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Study on the variation of PAL activities in the inoculated leaves were closely correlated with the Stylosanthes resistance against anthracnose. The expression level of PAL gene in Mineirao is higher than that in CIAT2312 after inoculation with the test of semi-quantitative RT-PCR. And PAL gene had possible function of resistance to anthracnose.
本研究通过对不同柱花草种质对炭疽病的抗性鉴定，在验证了PAL 在Mineirao 柱花草抗炭疽病方面起一定作用的基础上克隆出PAL 基因，利用半定量RT－PCR 检测该基因在两种柱花草中的差异性表达，分析表明，Mineirao 表达量高于CIAT2312 柱花草，推测出该基因与抗炭疽病有关。
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This pesticide also effectively controls occurrence of and damage from powdery mildew of wheat and apple, downy mildew of cucumber and litchi, anthracnose of watermelon and mango, and several other plant diseases.
该药剂也能有效控制小麦白粉病、苹果白粉病、黄瓜霜霉病、荔枝霜疫霉病、西瓜炭疽病和芒果炭疽病等多种植物病害的发生和为害。
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Result The temporal and spatial niche breadth index of mango anthracnose in control area were 0.1785 and 0.9656, resp., that in conventional area were 0.1754 and 0.7966, resp., and that in prediction area were 0.1762 and 0.8267, resp.
结果］对照区芒果炭疽病时间和空间生态位宽度指数分别为0.1785、0.9656；常规区芒果炭疽病的时间和空间生态位宽度指数为0.1754和0.7966；预测区芒果炭疽病的时间和空间生态位宽度指数为0.1762和0.8267。
- 更多网络解释与炭疽病相关的网络解释 [注：此内容来源于网络，仅供参考]
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Anthracnose：炭疽病
炭疽病(anthracnose) 实际上也是一种叶斑病,只是此类叶斑是特定的一群炭疽菌所引起,而且通常不少种类对寄主的果、叶、茎、荚各部均可为害,因此常被单独划出,称其为炭疽病.
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Tobacco Anthracnose：第五节 烟草炭疽病
第四节 烟草病毒病 Tobacco Viral Diseases | 第五节 烟草炭疽病 Tobacco Anthracnose | 第六节 烟草根结线虫病Tobacco Root Knot Nematode
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anthracnose ; anthraconosis：炭疽病
"炭疽菌素","anthracin" | "炭疽病","anthracnose ; anthraconosis" | "胡瓜炭疽病","anthracnose of the cucumber ; Colletotrichum lagenerium(Passerini) Ellis et Halstes"
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Anthrax Guideline：炭疽病指引
Anthrax 炭疽病 | Anthrax Guideline 炭疽病指引 | Antibiotics Beneficial for Treatment of Acute Bronchitis?急性支气管炎一定要服用抗生素?
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anthracic：炭疽病
anthracenone /蒽酮/ | anthracic /炭疽病/ | anthracin /炭疽菌素/
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Colletotrichum gloeosproioides：炭疽病 胶孢炭疽菌
31. 青枯病 青枯细菌 Ralstonia solanacearum | 32. 炭疽病 胶孢炭疽菌 Colletotrichum gloeosproioides | 33. 根腐病 腐霉属 Pythium spp.
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Colletotrichum gloeosporiodes：炭疽病 刺盘孢炭疽菌
34. 灰霉病 灰葡萄孢 Botrytis cinerea | 35. 炭疽病 刺盘孢炭疽菌 Colletotrichum gloeosporiodes | 36. 褐斑病 尾孢菌 Cercospora insulana
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Colletotrichum gloeosporioides Penz：枣炭疽病
197 核桃炭疽病 Colletotrichum gloeosporium Penz. | 198 枣炭疽病 Colletotrichum gloeosporioides Penz. | 199 木菠萝软腐病 Rhizopus artocarpi Racib.
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anthracnose of kidney bean：扁豆炭疽病
anthracnose of insam 人参炭疽病 | anthracnose of kidney bean 扁豆炭疽病 | anthracnose of maize 玉米炭疽病
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Colletotrichum gloeosporium Penz：核桃炭疽病
196 油橄榄疮痂病 Gloeosporium olivarum Alm. | 197 核桃炭疽病 Colletotrichum gloeosporium Penz. | 198 枣炭疽病 Colletotrichum gloeosporioides Penz.