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- Alternaria ailanthin. 臭椿链格孢
- The growth curve of Alternaria was measured by a spectrophotometer. 用可见分光光度计测得交链霉菌的生长曲线。
- CONCLUSION:Cortex toonae and cortex ailanthi are different in plant origins,antimicrobial effects and ingredients. 结论：香椿皮、臭椿皮来源于两种不同科属的植物，抗菌效果不同，成分不同，不宜混用。
- The results showed that they are Stemphylium sp, Fusella Sacc, Alternaria sp, Fu5ari urn sp, Gibberella sp, Sphacelia sp, Actinomyces, Dematium Pers. 初步鉴定结果分别属于匐柄霉、丛梗孢属、交链孢属、镰孢霉属、赤霉属、蜜孢霉、放线菌属和暗梗单孢霉属。
- Cortex Ailanthi, Cortex Phellodendri, Rhizoma Dioscoreae, Poria, Chinemy Reevesii, Colla Corii Asini, Fructus Schisandrae Chinensis. 椿皮，黄柏，山药，茯苓，龟板，阿胶，五味子。
- Conclusion:The study not only can used to identify Cortex ailanthi and Cortex toonae sinensis and but also is the basis of quali... 结论:此研究不仅可作为鉴别臭椿皮与香椿皮的依据,而且为椿皮的品质评价研究打下了基础。
- Screening of toxin-producing isolates and culture medium of Alternaria Alternata. 链格孢菌产毒菌株及产毒培养基的筛选。
- Study on pathogenic fungus Alternaria tenuis Nees and its symptom in Trifolium repens L. 白车轴草病原菌链格孢菌及其症状研究。
- METHOD:Antimicrobial test of water and alcohol extracts of cortex toonae and cortex ailanthi were carried out respectirely by agar dock dilution method. 方法：本文采用琼脂平板稀释法对香椿皮、臭椿皮的水提取物和醇提取物进行了体外抗菌试验对比研究。
- Any of various fungi in the genus Alternaria, many of which cause plant diseases, chiefly blights and leaf spots. 交链包属一种交链包属真菌，其中很多可以引起植物病，主要是萎缩病和叶斑病
- Results:The chief differences in morphological characters,microscopic characters and Thin layer chromatography between Cortex ailanthi and Cortex toonae sinensis have been found. 结果:找出了臭椿皮与香椿皮在药材性状、显微特征和薄层色谱上的主要区别。
- Additional, postharvest Alternaria rot, caused by Alternaria alternata, was inhibited in pears by ASM sprays. 喷施ASM还有效抑制了采后接种的黑霉病(Alternaria alternata)。
- Fig. 2. Conidiophores and conidia of Alternaria alternata produced on leaf spot of Basella rubra(A,B). 二、落葵叶斑病斑上的病原菌孢子梗及孢子(A,B)。
- The main pathogen caused postharvest decay of "Dong" jujube was Alternaria sp p and Emericella nidulans. 侵染冬枣的病原菌主要是交链孢和裸孢壳菌。
- AT-toxin produced by Alternaria alteniata was a kind of HST and a pathogenic factor of Tobacco Brown Spot disease . AT-毒素是烟草赤星病的致病因子，是一种寄主专化性毒素。
- Abstract : In order to explain the occurrence regulation of Alternaria obpyriformis T. 摘要 ： 为了解芦荟黑斑病的发生规律，进一步为防治提供理论依据。
- The most exaggerated and statistically significant response by far was to Alternaria alternata antigens. 最言过其实的是对链格孢抗原的反应非常明显，具有统计学显著差异。
- The results showed that the non-plthogenic bacteria were inhibitive to Alternaria alternata. 结果表明，非病原细菌对烟草赤星病菌有较强的拮抗作用。
- After treated by the antagonists, the formation appeared and growth of mycelium of Alternaria alternata was influnced. 在拮抗菌对目标菌烟草赤星病菌生长发育影响中发现，受拮抗菌作用，目标菌菌丝形态产生变异，生长发育受到影响。
- Background Alternaria alternata is one of the most important and common fungal allergens in the world. 背景互隔交链孢霉是一种常见且重要的气传致敏真菌变应原。
