The bacterium Streptomyces coelicolor naturally produce antibiotics called prodiginines.
天蓝色链霉菌可产生名为灵杆菌素的抗生素。
The objective is to delete cephamycin C in the fermentation of Streptomyces clavuligerus.
目的是在棒状链霉菌的发酵过程中，去除产物头霉素C。
Objective Screening Streptomyces erthreus antiphage strain.
目的筛选红霉素链霉菌抗噬菌体菌株。
Because tetracycline's secreted by a soil bacterium, Streptomyces.
因为四环素是由土壤中的一种细菌——链霉菌分泌而成。
Streptomyces acidophilus is one of the glucose isomerase producing strains.
嗜酸链霉菌是葡萄糖异构酶的产生菌之一，具有良好生产潜力。
Biocontrol of potato scab by Streptomyces strains was evaluated in a 3 years field trial.
本文报道了利用拮抗链霉菌防治马铃薯疮痂病的大田试验研究。
Also provided are novel Streptomyces species and methods of modified Streptomyces species.
也提供了新的链霉菌种和修饰链霉菌株的方法。
This discovery stemmed from our studies on the instability of the Streptomyces chromosomes.
这个发现源自我们针对链霉菌染色体不稳定的研究。
There are huge and complicated regulatory networks of secondary metabolism in Streptomyces.
因此 ，链霉菌存在着原核生物中罕见的庞大而复杂的调控网络。
Thrombin inhibitor produced by Streptomyces strain S-254 is a multi - component peptides compound.
链霉菌s- 254菌株产生的凝血酶抑制剂是多组分的肽类化合物。
Streptomyces and Saccharopolyspora, two actinomycetes, are important sources for producing antibiotics.
放线菌中的链霉菌和刺糖多孢菌是产生抗生素的重要来源。
Streptomyces produce a wide variety of secondary metabolites including the majority of known antibiotics.
链霉菌生产多样的二次代谢物(包括大多数的抗笙素)，因此是非常重要的工业微生物。
Here we show that the primary function of Streptomyces NOS is radically different from that of mammalian NOS.
作者说明链霉菌NOS的初步功能与哺乳动物NOS的完全不同。
The antimicrobial and insecticidal antibiotics 9512-2 was produced by Streptomyces hygroscopicus 9512-2 strain.
杀虫抗生素9512-2是由吸水链霉菌9512-2菌株产生的具有杀虫及抑菌活性的抗生素。
Streptomyces spp. , as ones of important biocontrol agents to control plant disease, are summarized in this paper.
本文对植物病害的重要生防因子之一链霉菌作了综述总结。
An antibiotic, C23H36N12O8, produced by the actinomycete Streptomyces puniceus, used in the treatment of tuberculosis.
紫霉素一种抗生素，c23h36n12o8，由放射菌素鲜红。
The strain was classified as Streptomyces griseolus 230, from which the snail-killing antibiotic 230 was isolated and purified.
从土壤中分离出一株编号230放线菌，经鉴定为浅灰链霉菌230。
The biological characteristics and pigment property were studied on Streptomyces-ZLT producing blue pigment screened from soil.
对一株从土壤中筛选的产蓝色素链霉菌-ZLT菌株进行了生物学特性和色素基本特性的研究。
Objective:In order to obtain a stable high-yielding good strains, The new mutagenesis means is used on Streptomyces avermitilis.
目的：对阿佛曼链霉菌采用新的诱变手段，以获得稳定高产的优良菌株。
The non-Streptomyces actinomycetes, living widespread in various habitats, are important for the basic and applied researches purposes.
非链霉菌属的稀有放线菌类群广泛分布在自然环境中，具有重要的基础研究与应用价值。
To further explore the function of these two regulatory genes, we first need to construct a suitable expression vector for Streptomyces.
为了进一步研究这两个重要调控基因的功能，首先需要构建一个合适的链霉菌表达载体。
Streptomyces lividans 66 does not produce actinorhodin under normal conditions in spite of the whole actinorhodin biosynthetic gene cluster.
变青链霉菌拥有完整的放线紫红素生物合成基因簇，但它通常并不合成这一抗生素。
The paper reported first about the study of selection with copper vapor laser followed by lithium chloride treatment in Streptomyces rimosus.
本文首次报导有关铜蒸气激光及其与氯化锂复合选育龟裂链霉菌的研究。
Female beewolf digger wasps cultivate symbiotic Streptomyces bacteria in unique antennal glands and secrete them into their larval brood cells.
雌性狼蜂掘土蜂在其独特的触角腺里培育共生链霉菌，并将它们分泌到其幼虫的巢房中。
Objective To improve the production of clavulanic acid and to genetically delete cephamycin C in the fermentation of Streptomyces clavuligerus.
目的提高棒状链霉菌的克拉维酸生产能力，去除副产物头霉素C。
To study the biosynthetics genes of apramycin in Streptomyces tenebrarius, the apramycin resistant gene was isolated by gunshot cloning firstly.
为了研究黑暗链霉菌安普霉素生物合成基因，首先通过鸟枪克隆的方法克隆其安普霉素抗性基因。
The industrial strain BIB0830 of Streptomyces thermotolerans can produce acetyl-isovaleryl tylosin by bioconversion using tylosin as a processor.
BIB0830是一株可将泰乐菌素转化为乙酰异戊酰泰乐菌素的耐热链霉菌工业菌株。
The spores of hyperparasitic Streptomyces strains PR and F46 were irradiated with UV light to improve the control effects against plant diseases.
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 response surface method was used to optimize the culture medium for anti-fungus compound produced by Streptomyces 702 under unsterilized condition.
用响应面分析方法对链霉菌702产抑真菌物质生料发酵培养基进行了研究。
The response surface method was used to optimize the culture medium for anti-fungus compound produced by Streptomyces 702 under unsterilized condition.
用响应面分析方法对链霉菌702产抑真菌物质生料发酵培养基进行了研究。
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