细菌的

基本解释 (translations)

bacterial  ·  bacteric  ·  microbacillary

与细菌的相关的网络例句 [注：此内容来源于网络，仅供参考]

The changes of population density of Rhizosphere bacteria, fungi and actinomyces, and the types and population density of nitrogen-fixing bacteria, phosphobacteria and potassium-bacteria in different types of soils were studied.

研究了不同肥力烟区根际细菌、真菌和根际放线菌的数量变化，以及固氮细菌、磷细菌和钾细菌的数量和种类的变化。

Results The results showed that the average concentration of the bacteria, fungi and total microbes in the outdoor environment were 5.04×10^4, 3.75×10^3 and 5.41×10^4 cfu/m^3 respectively and the fungi accounted for 6.92% of the total. The preliminary identification showed that the dominant bacteria mainly were Micrococcus, Bacillus, Pseudomonas and Staphylococcus and the average percentage were 37.3%, 21.0%, 10.3% and 9.5% respectively. Of the five fungi the dominant ones were Aspergillum, Penicillium, Mucor and Rhizopu. The average percentage were 42.0%, 36.0%, 4.4% and 4.2% respectively. Conclusion The outdoor air of Hefei has been polluted by airborne microbes.

结果 合肥城区空气细菌总数均值为5.04×10^4cfu/立方公尺，真菌总数均值为3.75×10^3cfu/立方公尺，合计为5.41×10^4 cfu/立方公尺，其中真菌占6.92%；对不同采样点的空气细菌和真菌进行了初步鉴定，优势细菌属为微球菌属、芽孢杆菌属、假单胞菌属和葡萄球菌属，分别占总细菌的37.3%，21.0%，10.3%，9.5%；真菌共检出5属，其中优势菌属为曲霉属、青霉属、毛霉属、根霉属，分别占总真菌的42.0%，36.0 %，4.4%，4.2%。

Ascites syndromes disease is a common and ubiquitous disease in the industrial culture with turbot, which often results in turbot's massive mortalities. In June 2006, an outbreak of ascites syndromes disease of the cultured turbot Scophthalmus maximus occurred in an indoor farm in Shandong Province of China Through the isolation, purification as well as cultivation of the bacteria in the diseased fish, and by tracing the bacteria in the well water, rearing pond water along with the feeding trash fish, it was found that the bacterium RF-1 which existed in the trash fish was similar to the bacterium FS-1 in the diseased turbot; artificial infection test demonstrated that the bacteria RF-1 and FS-1 had the same infection symptoms for healthy turbots.

腹水病是工厂化养殖大菱鲆的一种常见病和多发病，常造成鱼类大规模的死亡。2006年6月山东某大菱鲆Scophthalmus maximus养殖场发生大规模腹水病，通过对病鱼细菌的分离、纯化和培养，对养殖井水、养殖池水和所用饵料小杂鱼进行细菌追踪调查，将从该养殖场所用小杂鱼中分离得到的细菌RF-1与鱼体分离的细菌FS-1进行比较，并对其进行人工感染试验，结果证明这2株菌对健康大菱鲆都具有很强的致病性，而且感染症状完全一致。

The way of high frequency intermittent aeration suppresses the activity of nitrobacteria, and also...

实验结果表明，高频间歇式曝气方式在抑制了硝酸细菌的活性的同时也消除了亚硝酸盐浓度和pH大幅波动对亚硝酸细菌和厌氧氨氧化细菌活性的影响；在曝气阶段，溶解氧浓度被控制在1.2～1.4mg·L-1，亚硝酸细菌成为主体细菌，亚硝酸盐积累；在缺氧阶段，随着溶解氧浓度迅速降低，厌氧氨氧化细菌成为优势菌种，曝气阶段积累的亚硝酸盐与氨氮同时被去除。

The effects of removal of organic nitrogen by different ammonibacterium were compared and the scale to the quantity of organic nitrogen which consumed by ammonibacterium is the quantity of ammoniacal nitrogen which is produced.

结果表明，芽孢杆菌属、假单胞菌属为人工湿地中氨化细菌的优势菌属；氨化细菌-1、氨化细菌-2及氨化细菌-5对有机氮的去除效果相对较好，分别达到46.2%、49.4%和52.6%。

Methods bacteria Used in red at 37℃ for 30min Results patients with cancer of red cell native immune adhesive reaction to bacterid colibacilius lower than that in normal people (P ＜ 0.01 ) Conclusions The red cells have important native immune adhesiver eaction to bacteria.

方法将细菌加入红细胞液悬液中37℃水浴30分钟。结果肿瘤患者红细胞对细菌的免疫粘附反应能力比正常人低(P＜0.01)。结论红细胞对细菌有天然免疫粘附反应。

Of diseases induction, variation and genetics of plant pathogenic bacteria, bacteriophages and bacteriocin, serology and their application on phytopathogenic bacteria, ecology of phytopathogenic bacteria and control or management of bacterial plant diseases.

内容包括植物细菌性病害的基本诊断技术、病原细菌主要属的区分方法、致病机制、病原细菌的遗传与突变、噬菌体与细菌素、血清学及它们在植物病原细菌学上的应用、植物病原细菌的生态及植物细菌性病害的管理及防治、使学生在修完本课程后对植物病原细菌及其所引起的病害有更多的了解与认知。

Pharmacology function】Huang An the AN oxygen Mi Ding be in the Huang An medicine to suppress the germ a very strong kind of the function to synthesize anti-virus medicine, because of it with for germ to synthesize folic acid demand of to ammonia Ji the benzene be sour to have likeness on the structure, exchange with PABA to contend for two hydrogen folic acids to synthesize Mao, bar the germ synthesize two hydrogen folic acids to synthesize Mao, bar the germ synthesize two hydrogen folic acids, end influence nucleic acid protein of synthesize, repress thus germ of growth breed, to variety E-and E+very strongly repress a function.

磺胺间甲氧嘧啶是磺胺类药物中抑菌作用极强的一种合成抗菌药物，因其与细菌合成叶酸时所需要的对氨基苯酸在结构上具有相似性，与PABA兑争二氢叶酸合成酶，阻碍细菌合成二氢叶酸合成酶，阻碍细菌合成二氢叶酸，最终影响核酸蛋白质的合成，从而抑制细菌的生长繁殖，对多种E-及E+有很强的抑制作用。

By suspending cell culture from the callus of P. thugbergii and by fluorescent observation, a new method, which is easy and sensitive to observe cell activity and to test the phytotoxicity of various bacteria, was used. This method can be utilized to study the bacterial toxins. Cultured filtrates of some strains of the nematode-carrying bacteria were bioassayed for their toxicity to suspending cultured cells from P. thugbergii callus. Strong toxic effects were observed by the filtrates of Pseudomonas spp., P. fluorescence, and Sphingomonas spp., these bacteria species are coincide with those in the early stage of pine wilt disease.

本试验使用了黑松愈伤组织的细胞悬浮培养方法，用荧光方法观察各种细菌对植物细胞的毒性测定，这种方法具对细胞的活性观察容易、灵敏度高等特点，证明可用于细菌的毒素研究；对松材线虫携带的细菌的部分菌株，用其培养滤液对黑松愈伤组织的悬浮培养细胞的生物测定初步证明，松材线虫携带的细菌中以假单胞菌、荧光假单胞菌和少动鞘氨醇单胞菌的滤液对黑松细胞具有较强的毒性，这与松树发病早期出现的细菌种类相一致。

Some strains of the nematode-bearing bacteria were bioassayed for their parasitism. All these bacteria can totally not grow or grows badly on the media incorporating the extracts of pine trees, indicating some substances existing in the trees will harmful to the bacterial strains, which is further convinced by preliminary inoculation showing that single bacterial species will not infect Pinus thugbergii. Hence, the growth and reproduction of the nematode-carrying bacteria, which could produce toxic substances causing the death of the tree cells, is closely related to the nematodes, when they first enter to the trees. In the same time, the activity of bacteria improved the circumstances for which nematodes are living, which in turn will beneficial to the growth of nematodes. Thus, there is a complicated interaction among nematodes, bacteria, and pine trees.

对松材线虫携带的细菌的部分菌株进行了寄生性测定，表明这些细菌在添加松树提取液的细菌培养基中不能生长或基本不能生长，这说明松树体内可能存在某些不利于细菌生长的物质，同时初步的接种试验证实，单独的细菌接种不能感染健康的黑松，因此，线虫携带的致病细菌在最初进入树体时，其生长和繁殖与线虫密切相关，结合细菌产生的毒性物质可造成黑松细胞死亡的情况，说明细菌的生长与线虫有关，同时，细菌的活动改变了线虫在松树内的生长环境，使环境变得有利于线虫的生活，因此，线虫、细菌和松树三者存在着复杂的生物关系。

与细菌的相关的网络解释 [注：此内容来源于网络，仅供参考]

Antibacterial：抗细菌的

antiauxin 抗生长素 | antibacterial 抗细菌的 | antibacterial immunity 抗细菌免疫性

bacterial：细菌的

bacteria 细菌 | bacterial 细菌的 | bacteric 细菌的

bacillar：杆状细菌的;杆菌性的

bacilipin杆菌溶素;枯草杆菌脂 | bacillar杆状细菌的;杆菌性的 | bacillary杆菌的;细菌性的

bacteric：细菌的

bacterial 细菌的 | bacteric 细菌的 | bactericidal 杀菌的

bacteriogenic：细菌原的;细菌性的;产细菌的

"菌素因子;细菌蛋白性毒素产生因子","bacteriocinogenic facter" | "细菌原的;细菌性的;产细菌的","bacteriogenic" | "细菌凝血素","bacteriohemagglutinin"

bacterioid：细菌性的; 似细菌的 (形)

bacterin 疫苗 (名) | bacterioid 细菌性的; 似细菌的 (形) | bacteriological 细菌学的; 细菌学上的 (形)

bacteroidal：细菌性的; 似细菌的 (形)

bacteroid 细菌状的 (形) | bacteroidal 细菌性的; 似细菌的 (形) | bad 坏的 (形)

germifuge：驱除细菌的;除菌剂

细菌培养法 germiculture | 驱除细菌的;除菌剂 germifuge | 胚芽的;胚的;种子的;生长的 germinal

lymphoblastic：成淋巴细胞的; 淋巴母细菌的 (形)

lymphoblast 成淋巴细胞; 淋巴母细菌 (名) | lymphoblastic 成淋巴细胞的; 淋巴母细菌的 (形) | lymphocyte 淋巴球; 淋巴细胞 (名)

microbial;microbian;microbic：微生物的;细菌的

microbe微生物;细菌 | microbial;microbian;microbic微生物的;细菌的 | microbialmaterial微生物性原料