分离培养基

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  • isolation medium
分离培养基分离培养基
  1. 放线菌分离培养基筛选及杂菌抑制方法研究。

    Study on selecting the isolation medium of actinomycetes and treatment methods of soil sample .

  2. 肠出血性大肠杆菌(EHECO157:H7)分离培养基的研究

    Study on EHEC O157 : H7 Isolating Medium

  3. 通过分离培养基和分离方法的筛选,得到了从叶面分离Bt的有效方法。

    An isolation method was developed with comparing different selective culture media and 54 Bt strains were isolated from 25 species of plants in China .

  4. ovis及其它多种布鲁氏菌的分离培养基。实验犬布鲁杆菌诊断试剂的制备和应用

    Production and Application of Diagnostic Reagent for Diagnosis of Brucella spp . of Laboratory Dogs

  5. A1培养基(高氏1号琼脂,NaCl50g/kg,pH7.0)为盐土的最佳分离培养基;

    A_1 ( NaCl 50 g / kg , pH 7.0 ) was the best isolation culture media when applying for saline soils ;

  6. 方法采用诱变剂亚硝基胍处理菌种,以含1g·L-1甲硫氨酸的分离培养基作为定向筛选的分离平板,挑选生长快的菌落进行初筛、复筛。

    Method NTG was used as mutagen in treating avermectin-producing strain and medium containing 0.1 % methionine was used as separation plate medium to select strains growing fast on such plate .

  7. 以酵母自溶物为主要选择分离培养基,利用厌氧培养分离法从自然发酵的酸菜汁中分离出发酵酵母自溶物产乳酸能力强,并且产酸迅速的菌株A4;

    With yeast extract as a elective medium , using anaerobic cultivation , a strain , A4 was separated from juice of nature sour pickle which could produce lactic acid more and quickly and was identified as Lactobacillus Plantarum .

  8. 使用马丁-孟加拉红培养基和MMN培养基作为分离培养基,从3个分布区分离出了366个菌株,并通过形态分类与ITS-RFLP分子标记相结合的方法,将其分为19类。

    The author uses Martin medium and MMN nutrient medium as the basis of the separation culture , separates 366 bacterial strain from three distributions and classifies it into 19 categories by combining form classification and ITS-RFLP molecular markers .

  9. 军团菌选择性分离培养基及其实用性比较研究

    Compared research of selective culture media for Legionella and clinical practicability

  10. 牛乳中嗜冷菌分离培养基筛选及其优化的研究

    Screen and study on culture medium of multiplying of Psychrophiles in milk

  11. 曲霉糖化酶高产菌株平板分离培养基的筛选

    Selection of Flat Separation Culture Medium for High-yield Strains of Saccharifying Enzymes from Aspergillus

  12. 不同分离培养基对检测废水中微生物种群多样性的影响

    The effect of the different mediums on detecting the biodiversity of microbial communities from wastewater treatment system

  13. 科码嘉显色培养基比传统分离培养基省时、省力,阳性率高。

    As compared with traditional culture medium the color culture medium is time and effort saving , with high positive rate .

  14. 浓香型白酒窖池微生物分离培养基的选择研究海洋环境中难培养微生物的寡营养培养

    Selection of Isolation Media of Microbes in the Fermentation Pit of Chinese Strong Aromatic Spirits Culture Methods of the Oligotrophic Marine Microbes

  15. 得出以下主要结果:1.采用选择性分离培养基从11份土样中分离得到136株放线菌。

    The main results are discussed as follow : 1 . Isolation of 136 strains actinomycetes with selective media from the 11 soil samples .

  16. 〔方法〕利用已知菌种生长评价实验和现场标本实验室评价实验,对出血性大肠杆菌O157:H7分离培养基的抑菌系统和显色系统进行筛选。

    〔 Methods 〕 inhibitory and appearing color system of O157 : H7 selective medium is screened by growth evaluation test of known strain & unknown on-the-spot sample .

  17. 海底及污染环境中微生物群落分子多样性研究不同分离培养基对检测废水中微生物种群多样性的影响

    Molecular Diversity of Microbial Communities in Continental Margin Sediments and Contaminant Environments The effect of the different mediums on detecting the biodiversity of microbial communities from wastewater treatment system

  18. 采用选择性哥伦比亚血琼脂为分离培养基,通过革兰染色镜检、尿素酶试验和氧化酶试验对分离的幽门螺杆菌进行鉴定。

    Columbia blood agar was used as selective medium to isolate H. pylori . Gram-staining microscopy , urease test and Oxidase test were applied to identify the isolated bacteria .

  19. 主要研究结论如下:1.筛选出适宜黄曲霉菌分离的培养基。

    Screened the suitable medium for the isolation of A. flavus .

  20. 同时选用十七种培养基对乳酸菌进行筛选,将标准菌株带入筛选出的三种培养基中作阳性对照,对适合乳酸菌分离的培养基进行了筛选研究。

    Lastly , by selecting seventeen kinds of culture medium and bringing standard strains to test , the best culture medium to separate lactobacillus was achieved .

  21. 实验表明,在添加胡萝卜汁的乳酸菌分离固体培养基上,乳酸菌生长最好,活菌数含量最高,菌落和溶钙圈最大。

    The results showed that the growth of the bacteria was best , the number of living bacteria was the largest and the calcium dissolving zone was the biggest when the bacteria grew in the lactics detaching solid medium which adding carrot juice .

  22. 沼泽红假单胞菌X1菌株的分离鉴定与培养基优化

    Isolation , Identification and The Optimum of Culture Medium of Rhodopseudomonas palustris x1

  23. 方法采用常规土壤分离方法和培养基。

    Methods Regular soil isolation method and media were adopted .

  24. 窖泥和黄泥微生物分离分析的培养基选择及评价

    Selection of and Evaluation on the Isolation Medium for Microbes in Pit Mud and Clay Soil

  25. 不同分离液和培养基对骨髓间充质干细胞原代培养的影响研究

    Effect of Different Separatory Liquids and Culture Mediums on Original Generation Culture of Marrow Mesenchymal Stem Cell

  26. 通过培养基组成成份的增减和细菌增长、种类和数量的研究确立了厌氧发酵产氢细菌的分离和富集培养基。

    Isolation and enrichment culture media were confirmed by the test of different composition and the species and amount of hydrogen-producing and fermentative bacterium .

  27. 通过大量选择试验,确定适合于黄曲霉菌种分离的几种培养基,应用于紫外线诱变和自然分离,获得较好结果。

    Some media which can separate Aspergillus flavus effectively could be fixed by enormous selective tests . A good result was obtained from it in ultra-violet ray mutagenesis and natural separation .

  28. 离子交换层析分离提取固体培养残基中虫草素的正交实验表明洗脱流速、料水比为主要影响因子,最优条件为:料水比1:16,离子柱pH3.5;

    The orthogonal test of ion exchange chromatography showed the main influential factors were flow rate of elution and ratio of material to water .

  29. 羊肚菌菌种分离及母种培养基的筛选

    Strains Separated and Selection of Mother Culture Media of Morchella

  30. 分离饲料中真菌培养基的选择研究

    Media Selection for Isolation of Feed Fungi