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应用吖啶橙染色荧光显微镜检结合扫描电镜观察研究了海洋细菌在多种生物和非生物表面附着的情况。细菌的附着过程是端生鞭毛首先附着,随后菌体横卧在表面上,然后生长出侧生鞭毛或粘多糖的纤丝,使菌体牢固地附着。硅藻表面没有细菌附着,细菌只附着在硅藻个体之间的间隙内;多管藻及石莼表面有大量细菌附着,多管藻表面还有大量硅藻附着。死贝壳表面有大量球菌、杆菌、丝状细菌及硅藻附着。挠足类动物表面的附着细菌主要是弧菌。
Acridine orange stained fluorescence microscopy and scanning electron microscopy were used to study the adhesion of marine bacteria to various biological and non-biological surfaces. Bacterial attachment process is the first attachment of flagellar end, then the bacteria lying on the surface of the body, and then the growth of lateral flagella or mucilaginous fibroids, the bacteria firmly attached. There is no bacterial attachment on the surface of diatoms. Bacteria only adhere to the gaps between individual diatoms. Many bacteria attach to the surface of the multi-tube algae and stone surface, and a large number of diatoms attach to the surface of the multi-algae. Dead shell surface has a large number of bacteria, bacilli, filamentous bacteria and diatoms attached. Coagulants on the surface of the attached bacteria is mainly Vibrio.