By Xuedong Zhou, Yuqing Li
Atlas of Oral Microbiology provides an entire description of the oral microbial platforms, illustrating them with a wide number of micro organism tradition pictures and electron microscopy pictures. This paintings is by means of a ways the main thorough and most sensible illustrated oral microbiology atlas to be had. moreover, it additionally describes intimately numerous experimental recommendations, together with microbiological isolation, tradition and identification.
This helpful reference booklet, with its robust useful functionality, will serve a wide viewers, and meet the wishes of researchers, clinicians, lecturers and scholars who significant in biology, microbiology, immunology and infectious illnesses. This monograph also will facilitate educating and overseas educational exchange.
- Brings jointly interdisciplinary learn on microbiology, oral biology and infectious diseases
- Collects lots of oral microbial photos, offering the main abundantly illustrated oral microbiology atlas available
- Describes intimately, a number of experimental strategies, together with microbiological isolation, tradition and identification
- Provides an entire replace of already present info, in addition to the most recent perspectives on oral manifestations of infections
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Extra resources for Atlas of Oral Microbiology: From Healthy Microflora to Disease
Measurement of adhesion strength and the rate of adhesion inhibition contribute to the understanding of mechanisms of bacterial pathogenesis and control. 1 Measurement of Adhesion Strength Medium adhesion: Choose slide, glass rod, hydroxylapatite, or teeth as medium for adhesion. 32). By adding artificial saliva or collagen solution into the culture, or by coating the medium for adhesion with saliva or collagen, adhesion strength can be improved and the quality of the results can be improved. 2 Measuring the Rate of Adhesion Inhibition Measuring the rate of adhesion inhibition allows the researcher to quantify the inhibition of bacterial adhesion by drugs or other reagents.
It is adaptable to various samples and does not require producing ultra-thin slices. SEM is already a routine method in medical research and is especially crucial for studies on the morphologies and interactions of oral bacteria. SEM can be used to analyze and interpret observations on a micron or nanometer scale. The resolution of a field emission scanning electron microscope can reach as low as 1 nm. Another important feature of the scanning electron microscope is that it can be used to observe and analyze samples three-dimensionally due to its deep depth of field.
Viscosus cells (SEM). (C) A. viscosus cells (SEM). A. viscosus cells are mainly irregular short or moderate-length rod-shaped without spores. Branch rods or short filiform also can be seen, Gram stain is positive. (D) A. viscosus colonies (BHI blood agar). (E) A. viscosus colonies (stereomicroscope). B. dentium forms colonies that can be described as spherical, lustrous, smooth, convex, gray-white, sticky and soft when plated on BHI blood agar and Bifidobacterium selective culture medium. 2 Bifidobacterium breve B.