By Xuedong Zhou, Yuqing Li
Atlas of Oral Microbiology provides a whole description of the oral microbial structures, illustrating them with a wide number of micro organism tradition photos and electron microscopy images. This paintings is by way of a ways the main thorough and top illustrated oral microbiology atlas to be had. moreover, it additionally describes intimately quite a few experimental strategies, together with microbiological isolation, tradition and identification.
This worthwhile reference ebook, with its robust sensible functionality, will serve a large viewers, and meet the wishes of researchers, clinicians, lecturers and scholars who significant in biology, microbiology, immunology and infectious ailments. This monograph also will facilitate educating and foreign educational exchange.
- Brings jointly interdisciplinary examine on microbiology, oral biology and infectious diseases
- Collects quite a few oral microbial photos, supplying the main abundantly illustrated oral microbiology atlas available
- Describes intimately, numerous experimental concepts, together with microbiological isolation, tradition and identification
- Provides an entire replace of already current info, in addition to the newest perspectives on oral manifestations of infections
Read Online or Download Atlas of Oral Microbiology: From Healthy Microflora to Disease PDF
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Additional resources for Atlas of Oral Microbiology: From Healthy Microflora to Disease
The bacteria cells can be spherical, pleiomorphic (similar to Corynebacterium diphtheria), or filamentous. Cells stain as gram-negative. 0 μm. Cells appear almost filamentous following culture on solid media, while they appear spherical in broth media. Cells become almost completely spherical after growing for 2–3 days in stale broth media, but the coccoid morphology can be easily altered. R. dentocariose does not produce spores or a capsule. They are nonmotile and are not acid tolerant. 10(B) and (C).
Individual cells usually have rounded ends. Cells stain gram-positive. (C) Colonies of L. casei (BHI blood agar). (D) Colonies of L. casei (Rogosa agar). (E) Cheese colonies of L. casei (stereomicroscope). 3 Lactobacillus fermentum L. 9(A)–(C)). Commonly used media to culture this species are BHI blood agar and Rogosa agar, where the latter is a selective medium. 9(D)–(F). 9 (A) Lactobacillus fermentum cell (Gram stain). (B) L. fermentum cell (SEM). (C) L. fermentum cell (SEM). The L. 9 μm in diameter, but its length can vary quite significantly.
Cells become almost completely spherical after growing for 2–3 days in stale broth media, but the coccoid morphology can be easily altered. R. dentocariose does not produce spores or a capsule. They are nonmotile and are not acid tolerant. 10(B) and (C). These bacteria are facultative anaerobes. They grow well in an aerobic environment, although primary cultures require incubation under anaerobic conditions (80% N2, 10% H2, 10% CO2). The optimal growth temperature is 35–37 °C. When cultured for 18–24 h under anaerobic conditions, young colonies are always filamentous and appear as spider-like colonies.