产生细菌的

基本解释 (translations)

diseaseful

与产生细菌的相关的网络例句 [注：此内容来源于网络，仅供参考]

Just as the expert in photomicrography amuses himself with diatoms, or the zoologist with insects, shells, and birds of gorgeous plumage, the bibliophile takes pleasure in reading the newest book or monograph that is "highly important and thought-provoking" but that no one else can seem to find a copy of.

如果他是地质学家的话，他会完完全全沉醉在岩石的切片里，把这些岩石的切片放到偏极光显微镜下面，就可以看到各式各样的颜色，变化万千。如果他是细菌学家，那他就会很高兴地收集产生各种颜色的细菌，甚至产生磷光的菌。

To study and know well the rudimentary knowledge and the basic techniques of modern Microbiology are demanded for Graduate students. The experiments including the principle and operation of phase contrast microscope and fluorescence microscope; Microphotography , the technique of photographic enlargement;Applications of polymerase chain reaction ; Construction, transformation and detection of plasmid in E.coli ; Infectivity of virus and its molecular detection ; The technique of protoplast fusion in filamentary fungi ; Induction and purification of β-galactosidase from E.coli and assay the enzyme activity; Detection of GC content and DNA-DNA hybridization in bacteria ; Production , extraction and detection of poly--hyduoxy butyrate from bacteria.

以实验教学为主，要求研究生学习和掌握一些现代微生物学研究所需的基本技术，内容包括：相差显微镜、荧光显微镜的使用和显微摄影技术，PCR技术的应用，细菌质粒的构建、转化及检测技术，病毒的侵染性及其分子检测技术，丝状真菌原生质体融合技术，大肠杆菌β-半乳糖苷酶的分离及纯化及其动力学测定技术，细菌G+C mol%的测定及细菌DNA-DNA杂交技术和聚羟基丁酸产生菌的发酵、产物提取及检测技术等。

Total 122 entophytic bacterial strains were categorized preliminarily to 35 groups based on colony morphology. 16S rDNAs were amplified with universal primers of bacteria, all the strains could produce a single band about 1500bp. The PCR products were digested with restriction endoenzyme HaeⅢand Msp Ⅰrespectively, and the different patterns were obtained for each enzyme, by combining all the restriction patterns for the two enzymes, the 122 strains could be grouped into 39 16S rDNA genotypes. The results indicated that endophytic bacteria from oilseed rape were genetically diversity.

分离获得的122株内生细菌，根据菌落形态可以划分为35类；利用细菌通用引物对16S核糖体DNA进行扩增，获得约1.5 kb片段，分别用内切酶HaeⅢ和MspⅠ对扩增产物进行限制性酶切，产生不同的酶切图谱；根据酶切图谱聚类分析结果，所有供试菌株被归为39类，这一结果从遗传上显示油菜内生细菌类群的多样性。

The killing mechanism of cecropin is thought to lyse bacterial cell membrane, causing permeability unbalanced or cytoplasm loss.

目前普遍认为其杀菌机制为膜电位丧失、裂解细菌细胞膜、渗透压失调或胞质流失，是一种细菌不易产生抗性的杀菌机制。

While protamine inhibit or kill bacteria, bacteria are induced a variety of mechanisms to resist it.

在鱼精蛋白抑制细菌的同时，细菌也产生多种机制对抗鱼精蛋白。

This special anti-bacterial ingredients contain anti-bacterial water closet flanges inorganic ions can adsorption in bacteria, the bacteria destroy the inherent components, and in light of the role, with a capacity of oxide ion radicals and reactive oxygen, the bacteria destroy good results.

这种抗菌坐厕盖板含有特殊抗菌成分无机离子，能吸附在细菌上，破坏细菌的固有成分，并在光的作用下，产生具氧化能力的自由基和活性氧离子，杀灭细菌的效果好。

Nitrogenase activity of nitrogen-fixing bacteria was measured by acetylene reduction assay combined with gas chromatography.

运用乙炔还原法测定了固氮细菌的固氮酶活性，通过测定菌落周围产生的透明圈和混浊圈大小对磷细菌的溶磷活性进行比较，采用火焰分光光度计测定了钾细菌的解钾活性。

In order to obtain lactic acid bacteria using molasses wastewater to produce lactic acid,an activated sludge was sampled from bioreactor with molasses wastewater,and strain MD-9 was isolated by an anaerobic Hungate technique.

乳酸细菌是指一类能利用碳水化合物产生大量乳酸的细菌的通称，在细菌分类学上至少涉及23个属。

And increasing numbers of bacteria in the infections are resistent to antibiotic medicines.

而且随着皮肤上细菌的繁殖，这些细菌对抗感染药物也会产生免疫。

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。

与产生细菌的相关的网络解释 [注：此内容来源于网络，仅供参考]

Lysogenic bacterium：溶原性细菌

整合在细菌基因组中的噬菌体基因组称为前噬菌体(prophage),带有前噬菌体基因组的细菌称为溶原性细菌(lysogenic bacterium). 前噬菌体偶尔可自发地或在某些理化和生物因素的诱导下脱离宿主菌基因组而进入溶菌周期,产生成熟噬菌体,导致细菌裂解.

exotoxin：外毒素 外毒素

外毒素 外毒素 (exotoxin)细菌在生长过程中由细胞内分泌到细胞外的毒性物质. 能产生外毒素的细菌大多数是革兰氏阳性菌,少数是革兰氏阴性菌. 将产生外毒素的细菌的液体培养物用滤菌器过滤除菌,即能获得外毒素. 其特点是:(1)化学成分是蛋白质,

sex fimbria：性菌毛

(2)性菌毛(sex fimbria) 性菌毛较粗、长,每个细菌一般不超过4条. 该菌毛只存在于某种具接合作用的细菌,是由质粒携带的致育因子(F因子)编码产生的,故又称F菌毛. 与细菌的接合(conjugation)有关. 另外,性菌毛也是噬菌体吸附在细菌表面的受体.

Protopast fusion：原生质体融合

并非所有的噬菌体转换都必须限定溶原状态,丝状噬菌体感染大肠埃希菌产生pIV,是细菌的一种膜组成蛋白,它可高水平产生细菌休克蛋白(bacterial原生质体融合 原生质体融合(protopast fusion)是将两种不同的细菌经溶菌酶或青霉素等处理,

mildew：霉菌

细菌(bacterium)和霉菌(mildew): 细菌:用革兰氏染色液染色,阳性菌为紫色,阴性菌为红色;为最为常见的微生物中的一种. 按照细菌的基本形态其可被分为球菌、杆菌和螺旋菌. 致病性细菌:能产生外毒素或死亡崩解后能释放出毒素的细菌,

aerogenic：产气的(细菌因新陈代谢产生的气体)的

aerogenic tuberculosis | 吸入性结核 | aerogenic | 产气的(细菌因新陈代谢产生的气体)的 | aerogenically | 产气地(细菌因新陈代谢产生的气体)

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"

diseasedness：有病

diseasedly 有病地 | diseasedness 有病 | diseaseful 产生细菌的

diseaseful：产生细菌的

diseasedness 有病 | diseaseful 产生细菌的 | diseconomics 逆经济因素

thermogenic：产生热的

thermogenesis生热(作用) | thermogenic产生热的 | thermogenicbacteria产热细菌