不同基托材料对细菌粘附影响不明显。
当细菌粘附到牙齿上并增值。
Plaque grows when bacteria attach to the tooth and begin multiplying.
疏水性是细菌粘附到宿主表面能力的一个重要组织部分。
Hydrophobicity is one of adherent forces by which bacteria adhere to host surface.
目的：比较钛合金与甲基丙烯酸脂义齿基托表面细菌粘附的差异性。
Objective: To compare the difference of bacteriology between titanium alloy base and methyl methacrylate base.
分析表面镀膜组织结构，探讨钛合金基材及表面镀层的抗细菌粘附性能。
The composition and variation of the bacterial films on the immerge seawater material surfaces were investigated.
通过化学方法构建了壳聚糖长链分子接枝的涤纶表面，并研究了其细菌粘附性质。
A kind of surface was developed with chitosan molecules by chemical chain-grafting method.
当这些粒子被涂抹到某一表面时，就能填埋住表面微小的裂缝，从而减少了污垢、湿气和细菌粘附表面的机会。
When they are applied to a surface these particles block the minute crevices in it reducing the scope for dirt moisture and bacteria to cling to the surface.
麦卢卡蜂蜜能够干扰细菌对伤口的感染，因为这种蜂蜜不但能够组织细菌粘附在伤口的组织上，也能让抗生素的使用效果更好。
Manuka honey interferes with bacteria infecting a wound by keeping the microbes from attaching to tissue and even by making antibiotics more effective.
内膜是一种粘附蛋白，它能使细菌附着在肠道内的细胞上。
Intimin is an adhesion protein that allows the bacteria to attach to cells in the gut.
海伦·芬克及其同事已对细菌纤维素进行修复，以便于这些细胞粘附得更好。
Helen Fink and her colleagues have modified the bacterial cellulose so that these cells adhere better.
美国的研究人员发现，红茶中的多种化合物可以杀灭导致牙菌斑的细菌，也可以防止牙菌斑粘附在牙齿上。
Compounds in black tea can attack the bacteria that form plaque and prevent the plaque from sticking to teeth, U. S. researchers found.
也许正是口腔细菌进入了血液，粘附在心血管的脂肪斑块上，导致凝块形成堵塞血管。
It may be that oral bacteria enter the bloodstream, attach to fatty plaques in the coronary arteries and cause clots to form.
一旦食物掉在地上，细菌将立刻粘附到食物表面。
If there are germs on the floor and the food lands on them, they will immediately stick to the food.
他们可以通过电子粘附和机械工艺显著减少病毒、细菌、胞囊和很多其他的亚微颗粒。
They provide outstanding reduction of virus, bacteria, cysts, endotoxin and many other submicron particles through both electro-adhesion and mechanical processes.
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。
Adhesive levels of HA9801 were positively related to bacteria inocula, unrelated to both culturing time of the bacteria and adhesive co-incubating time.
这些细菌菌株紧密粘附于上皮细胞膜并出现微绒毛脱落。
These strains of bacteria intimately adhere to the epithelial cell membrane and show effacement of microvilli.
由于细菌表面的凝结素存在差异，导致其相对粘附数量的不同。
The relative adhesion population were different led by the different of lectins on the surface of bacteria.
目的比较红细胞对细菌的天然免疫粘附能力。
Objective To compare red cell native immune adhesive on bacteria.
这种新材料既不会粘附细胞和细菌，又提供了一个潮湿的环境，保证伤口呼吸并加速伤口愈合。
The resulting material was slick to cells and bacteria, and it kept a moist environment, allowed the wound to breathe and encouraged healing.
本文介绍了有关细菌在材料表面粘附的理论，材料表面自由能与细菌在材料表面粘附的关系。
Increasing the surface free energy can improve (decrease) the adhesion of some kinds of bacteria. At last, some methods of the surface modification are reviewed.
据报道，由于S - prg技术，Beautifil Flow具有抗龋作用，能使粘附在修复体表面的细菌量降到最少。
Due to S-PRG technology, Beautifil Flow is reported to exhibit an anti-plaque effect to minimize bacterial adhesion on the restoration surface.
据报道，由于S - prg技术，Beautifil Flow具有抗龋作用，能使粘附在修复体表面的细菌量降到最少。
Due to S-PRG technology, Beautifil Flow is reported to exhibit an anti-plaque effect to minimize bacterial adhesion on the restoration surface.
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