粘细菌

studies the result shows the bacterium is right originally the conglutinate ability of surface of artificial and articulatory material not only depend on bacterial itself, also concern with material property and exterior surface roughness.

结论本探究结果表明细菌对人工关节材料表面的粘附能力不但取决于细菌本身，也和材料性质和表面粗糙度有关。

Objective To investigate bacterial infection of outpatients in acute exacerbation of chronic obstrucrive pulmonary disease in Shanghai , and to compare the counts of inflammatory cells and bacterial positivity in groups with purulent sputum and mucoid sputum in order to contribute the diagnosis and treatment.

目的 了解上海地区门、急诊慢性阻塞性肺疾病急性加重期患者气道的细菌感染情况，比较脓痰组、白粘痰组的痰中炎性细胞数与细菌阳性率，为临床诊治提供一定帮助。

Antibacterial function of body wall was conducted by the following way: microorganism was directly resisted through the change of cuticle, such as incrassation of up-cuticle protuberance and increasing length of micro-floccus in the up-cuticle dissociation surface; exudation function of large granular orthochromatic mucous cells and reticulation mucous cells in the epidermis could be enhanced when the Eisenia fetida was induced by E. coli. Moreover, the mucus that contained compound substance of mucopolysaccharide and protein could make the bactericidal function or dilute the microorganism on the surface of earthworm, which could protect earthworm from invasion of microorganism; the content of neutral mucopolysaccharide of antibacterial function could be increased according with the exudation increment of small granular proteinaceous cells in the epidermis, which could resist bacteria invading into the epidermis of earthworm.

结果表明：蚯蚓的体壁主要是通过以下途径来抗细菌的侵袭：一是通过角质层的变化(如上胶层突起的增厚、上角层游离面中微绒毛的变长等)直接抵抗微生物的入侵；二是增加表皮中大颗粒粘液细胞和网状细胞的分泌功能，分泌出大量含有粘多糖蛋白液体复合物的粘液，在蚯蚓体表对细菌进行稀释或者起到直接杀菌的作用；三是通过增加小颗粒蛋白细胞的分泌作用，在蚯蚓的表皮中分泌出更多的抵抗疾病的中性粘多糖，从而抵抗进入蚯蚓体表内的细菌。

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。

T tube drainage was able to decrease bile viscosity effectively.The number of bacteria decreased significantly until 21 postoperative days.The time that T tube is drawn out is on 14 postoperative days.Bacteria may exist in bile continuously and play a role on relapse of choledochitis and bile duct stone.

胆汁中的细菌和粘度升高在胆管结石形成中起协同作用。T管引流能有效地降低胆汁粘度，而胆汁中细菌量在引流术后第3周才有显著减少，临床2周时拨除T管细菌可潜伏下来，对胆管炎和胆管结石的复发可能起作用。

Method］ With filter paper as the sole carbon source, a Myxobacteria CMC0606 was obtained; through observing its morphology, 16S rDNA cloning and sequencing, the bacteria was identified; adding XAD-16 into fermentation broth, crude extracts of fermentation products were obtained.

方法］以滤纸为唯一碳源，得到1株粘细菌CMC0606；通过观察其形态及16S rDNA克隆与测序进行菌种鉴定；向其发酵液中加入大孔吸附树脂XAD-16，收获发酵产物粗提物。

"You just put the peptide drug together with the bacteria and it sticks to the bacteria," Sean Nair, who worked on the study, said in a telephone interview.

&你刚才放多肽药物与细菌在一起并且粘它到细菌上，&从事研究的Sean Nair在电话采访中说。

While the physiological and biochemical function and other taxology methods were need to combined for the exist of some differences between them.

另外，在一些生理生化反应上，二者又有较大的差异，体现出了它与分子分类在内的其他分类方法相结合，以共同准确地确定粘细菌的真实分类地位的必要性。

The negative values of AGH and the positive values of△G~ suggested that the hydrophobic force favored,and the electrostatic force unfavored the bacterial adsorption on kaolinite and montmorillonite.

发现疏水自由能为负，显示疏水作用为引力，有利于细菌与粘粒矿物的吸附；而静电力自由能为正，表明细菌-矿物间存在静电斥力。

Adhesive levels of HA9801 were positively related to bacteria inocula, unrelated to both culturing time of the bacteria and adhesive co-incubating time.

HA9801的细胞粘附水平和细菌接种浓度正相关，和细菌培养时间及粘附孵育时间无相关。

As she looked at Warrington's manly face, and dark, melancholy eyes, she had settled in her mind that he must have been the victim of an unhappy attachment.

每逢看到沃林顿那刚毅的脸，那乌黑、忧郁的眼睛，她便会相信，他一定作过不幸的爱情的受害者。

Maybe they'll disappear into a pothole.

也许他们将在壶穴里消失