1) bacterial slime
细菌粘质
2) bacterial adhesion
细菌粘附
1.
Study of bacterial adhesion on titanium alloy surface modified by plasma nitriding;
钛合金等离子氮化表面的细菌粘附研究
2.
Study on reduce bacterial adhesion of aluminum modified by cold-plasma;
低温等离子体改性铝片降低细菌粘附的研究
3.
The structure and anti-bacterial adhesion property of the coating and substrate was investigated and analyzed respectively, The results show that TiN coating was built up mainly by pure TiN phase with <111> preferred orientation, compared with the untreated sample, TiN coating can reduce the bacterial adhesion on titanium alloy surface significantly.
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。
3) Myxobacteria
[miksə,bæk'tiəriə]
粘细菌
1.
A New Kind of Microbiological Drug Produced by Fermentation of Myxobacteria;
粘细菌发酵生产新型微生物药物的初步研究
2.
Study on the Isolation and Purification of Myxobacteria from the Samples of Shennongjia and Its Morphological Characteristics;
神农架样品中粘细菌的分离与纯化
3.
Selection of Polyangium vitellinum JSW103(Myxobacteria) with High Active Anti-tumor Materials;
产高活性抗癌物质卵黄状多囊菌JSW103(粘细菌)的筛选
4) bacterial film
细菌粘膜
1.
Effects of bacterial film on the attachment of fouling organisms from the hull of ships;
细菌粘膜对船体表面污损生物附着的影响
2.
The composition and variation of the bacterial films on the immerge seawater material surfaces were investigated.
论述了浸海材料表面细菌粘膜中细菌的组成和变化情况 ,探讨了细菌粘膜对海洋生物附着的影响情况 ,得到了具有促进和抑制作用的细菌菌
5) Bacterial adherence
细菌粘附
1.
Objective:To study the adherence mechanism of bacteria to the surface of intraocular lenses (IOLs) and to direct how to choose Iols in clinic by testing the bacterial adherence to Slicone,Hydrogel and Poly (methyl methacrylate) (PMMA) IOLs.
目的 :通过对硅凝胶、水凝胶、聚甲基丙烯酸甲酯 (PMMA)三种人工晶体细菌粘附性研究 ,探讨人工晶体细菌粘附机理 ,指导临床正确选择人工晶体。
6) Bacteria adhesion
细菌粘附
1.
objective This study compared the adhesion of Candida albicans to Ti-6Al-4V alloy and Chromium-Cobalt alloy in vitro,and studied the correlation between surface roughness and bacteria adhesion.
目的比较钛合金(Ti-6Al-4V)和钴铬合金(Chromium-Cobaltalloy)表面白色念珠菌粘附能力的大小,研究表面粗糙度与细菌粘附的关系。
2.
Then the pattern of bacteria adhesion to different prosthetic materials in vivo was.
热解碳在第5天、第7天的细菌粘附明显增强,与聚四氟乙烯相比差异有显著性P<0。
补充资料：枝附
1.指依附的部属。 2.犹依附。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条