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    Application of Bacteriology Diagnosis
    细菌学诊断新技术的应用
    Clinical application of automatic testing bacteriology expert system in antimicrobial susceptibility test
    半自动细菌分析专家系统在细菌药敏试验中的应用
    Study on Bacteriology of Dairy Cows Mastitis
    奶牛乳腺炎的细菌学研究
    Clinical Applicatle Analysis of Tuberculosis Bacteriology Check
    结核病细菌学检查的临床应用分析
    Bacteriology study of environment influence in the corse of nursing procedure without mask
    护理操作中不戴口罩对环境影响的细菌学研究
    Bacteriology study of hypospadias
    尿道下裂的细菌学研究
    Bacteriology Survey on Several Parts of Oxygen Moisture Bottle
    氧气湿化瓶细菌学调查
    Bacteriology Analysis on Non-gonococcal Urethritis
    非淋菌性尿道炎细菌学检测结果分析
    Early treatment for open fractures and quantitative bacteriology analysis in wound surface
    开放性骨折早期处理与创面细菌学分析
    Analysis of bacteriology test result of 574 TB suspected patients
    574例结核病病例细菌学检验结果分析
    Bacteriology of chronic suppurative otitis media: analysis of 317 cases
    317例慢性化脓性中耳炎的细菌学及药物敏感性分析
    Investigation of Experimental Pathology and Bacteriology of Vibrio Vulnificus Infections
    创伤弧菌感染的实验病理学及细菌学研究
    (2) strain N-20 show the highest nitrification activity at the 25~30℃ pH 7.0-8.5. The removal efficiency get to 75.10% at 180 rpm in cradle within 1 week. Investigated the physiology, biochemical process and the growth of N-20, refered the Bergeys manual of Determiuntue Bacteriology (8th), it was inferred that it belongs to Nitrobacter sp.;
    (2)在温度25~30℃、pH值7.0~8.5范围内,菌株N-20硝化活性最高,转速180rpm摇床培养一周硝化转化率可达到75.10%,通过考察其形态、生理生化和生长特征,并参考《伯杰氏细菌手册》,初步推断该菌属于硝化杆菌属(Nitrobacter sp.);
    The result of the statistics: we used the way of chi-square test ,The result of bacteriology, (1),(2) group have no statistical signifiance,(p>0.05),(1),(3) and (2),(3) have statisticalsignificance.
    统计学分析结果,将三组动物细菌分离培养结果行卡方检验:结果(1)组和(2)组χ2=0.183,P>0.05差别无显著性,(1)、(3),(2)、(3)组比较卡方检验结果χ2=10.165,χ2=6.384,P值均<0.01差别有显著性。
    In order to provide more exact and reliable data for diagnosis and therapy, it is necessary to identify all CNS to the level of species. Methods: ①identify CNS come from clinical samples flowing Bergey’s Manual of determintive Bacteriology(1994, 9th) and Manual for Clinical Microbiology(1997,7th), and re-examination the result by API Staph ;
    方法:①根据Bergey’s Manual of determintive Bacteriology(1994年,第9版)以及Manual for Clinical Microbiology(1997年,第7版)对临床分离的224株CNS进行菌株鉴定,并经API复核鉴定结果;
    Result (1)Antibiotic study in vivio: The MICS、MBCS of LFX、CAZ in PAO579 in Alginate beads were higher than those in planktonic PAO579. (2)Bacteriology: On 3、7、14days,CFU/lung in Alginate beads group was significantly higher than that in planktonic bacteria group(P=0.002 P=0.004 P=0.002 respectively).
    结果 (1)体外抗菌试验 LFX、CAZ对海藻酸盐微粒包裹的PAO579的MIC、MBC均高于浮游PAO579。 (2)肺细菌学 第3、7、14天,藻酸盐珠组的CFU显著高于浮游菌组(P=0.002 P=0.004 P=0.002)。
    A Systematic and Comparative Studies on the biological characteristics of the isolated strains (F65、A14-1、ad3、Bf1 ad Bf2 are five) from the speies of the normal bacterial flora of human skin revealed that their Characteristics were found to its on accordance with those described in the Bergey's Manual of Systematic Bacteriology, and they were identified as S. epidemidis、P.
    我们对由健康人皮肤上分离的菌株(F65、A14-1、ad_3和Bf_1、Bf_2五株菌)进行了较系统的生物学特性的研究,其生物学特征基本上符合表皮葡萄球菌、疮疱丙酸杆菌、干酪乳杆菌、青春双歧杆菌和婴儿双歧杆菌。
    The results of bacteriology studies showed that the amount of bacteria was significantly decreased after root canal sterilization (P<0.01), but no marked difference was noted between the immediate and delayed treatment groups (P>0.05).
    细菌学检测结果表明:根管消毒后,其细菌明显少于消毒前(P<0.01),但一次程与多次程之间无明显差异(P>0.05)。
    G+C content in DNA is 44. 7mol. L(-1)(tm value is 72.2℃). On basis of Bergey's manual of systematic bacteriology and the above characteristics, we propose these bacteria to be Vibrio splendidus I.
    DNA的G+C为44.7mol·L(-1)(tm值为72.2℃)。
    According to Bergey's Manual of Systematic Bacteriology Volume 3, strain G was identified to be Rhodopseudomonas viridis, , strain SG was identifided to be Rhodopseudomonas sulfoviridis.
    经鉴定,以《伯杰氏系统细菌学手册》第3卷(1989)为依据,确定这两菌株是红假单胞菌属的两个种,菌株G定名为绿色红假单胞菌(Rhndopxeudomonas viridis),菌株SG定名为绿硫红假单胞菌(Rhodopseudomonas sulfoviridis)。
 

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