木霉菌能产生抑制植物病原真菌生长与活力的抗菌物质，是理想的植物病害生物防治菌。
Their ability to produce antifungal compounds that limit growth and activity of plant pathogenic fungi make them ideal candidates for plant disease control.
许多酵母菌对果蔬采后病害具有明显的抑制作用，酵母菌抑制霉菌的机理主要在于营养与空间的竞争、对病原菌的直接寄生作用及诱导寄主产生抗病性。
The main mode of action of the yeast biocontrol agents against pathogen was considered as the competition for space and nutrients, direct parasitism and induced resistance in the host.
材料与方法：回顾性分析经病原菌检查证实为霉菌性肺炎的37例患者的临床和X线表现，观察其临床及X线特点。
Materials and Methods: the pneumonia through the bacteria of pathogeny is checked up to confirm for mould in the review analysis, the 37 Cases. Observe it's clinical and X-ray characteristic.
本研究以重寄生链霉菌PR和F46 为出发菌株，以靶标病原菌为指示菌，以紫外线为诱变因子，对它们进行了诱变改良研究。
The spores of hyperparasitic Streptomyces strains PR and F46 were irradiated with UV light to improve the control effects against plant diseases.
本文分析了230例老年皮肤霉菌病的临床与病原。
A clinical and etiological analysis of 230 cases of dermatophytosis was carried out in old people.
目的：探讨上颌窦曲霉菌病的发病原因及治疗方法。
Objective: To investigate the etiology of aspergillosis of maxillary sinus and the value of treatment for it under endoscopic operation.
第五，采用了一系列细菌、植物病原菌及霉菌，对香椿皂甙的抑菌活性进行了研究。
The Toona sinensis saponin of santi-microbial activity was experimented with a series of fungi, mold and bacteria.
引起炎症的病原体有细菌、病毒、霉菌或寄生虫，典型症状有尿频、尿急、尿灼痛和腰痛。
Symptoms include Burning pain during and right after urination, unusually urgent or frequent urination, and lower Back pain.
结果发现，香椿皂甙对细菌具有较强的抑菌活性，对植物病原菌和霉菌几乎没有作用。
The results showed that the Toona sinensis saponin could effectively inhibit the growth of bacteria, but inactive against fungi and mold.
此外木霉菌株在液体培养中产生的抗生素及细胞壁降解酶也可能是抑制病原菌菌丝生长的主要原因。
Results showed that the my co parasitism of the Trichoderma strain on the hypha of pathogens was one of the mechanisms of the inhibition of the pathogens.
另外，还对枯草芽孢杆菌的作用机理以及重要植物病原菌如腐霉菌的生态学进行了研究。
In addition, research was done on the mechanisms by which Bacillus subtilis stains control plant disease and on the ecology of important plant pathogens such as Pythium.
另外，还对枯草芽孢杆菌的作用机理以及重要植物病原菌如腐霉菌的生态学进行了研究。
In addition, research was done on the mechanisms by which Bacillus subtilis stains control plant disease and on the ecology of important plant pathogens such as Pythium.
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