Results 201 to 210 of about 52,050 (256)
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International Journal of Biochemistry, 1983
The literature on the subject of dental bacterial plaque is extensive. In spite of considerable research, the mode of its formation together with the variability in bacterial content requires further clarification. Mechanical methods of plaque control are effective but limited in a population sense.
W R, Laird, A A, Grant
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The literature on the subject of dental bacterial plaque is extensive. In spite of considerable research, the mode of its formation together with the variability in bacterial content requires further clarification. Mechanical methods of plaque control are effective but limited in a population sense.
W R, Laird, A A, Grant
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Microbes and Infection, 2000
Dental plaque is a complex biofilm that accumulates on the hard tissues (teeth) in the oral cavity. Although over 500 bacterial species comprise plaque, colonization follows a regimented pattern with adhesion of initial colonizers to the enamel salivary pellicle followed by secondary colonization through interbacterial adhesion.
B, Rosan, R J, Lamont
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Dental plaque is a complex biofilm that accumulates on the hard tissues (teeth) in the oral cavity. Although over 500 bacterial species comprise plaque, colonization follows a regimented pattern with adhesion of initial colonizers to the enamel salivary pellicle followed by secondary colonization through interbacterial adhesion.
B, Rosan, R J, Lamont
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Immune Components in Dental Plaque
Journal of Dental Research, 1976Acquired pelicle appears to contain primarily IgA and other proteins of salivary origin. With the increased time necessary for plaque formation, gingival crevicular fluid contributes proteins to the growing plaque accumulation. However, secretory IgA is still the major intact immunoglobulin in plaque samples since appreciable portions of the molecules ...
M A, Taubman, D J, Smith
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Haemophili in developing dental plaque
European Journal of Oral Sciences, 1976abstract— Evidence for a possible role played by oral haemophili in the development of dental plaque was sought by studying the occurrence of these bacteria in early dental plaque of smooth surfaces and occlusal fissures in six dental students. The mean number of haemophili per 103 anaerobes in early smooth surface plaque (18 h) and fissure plaque (7 d)
Kilian, M, Prachyabrued, W, Theilade, E
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Advances in Dental Research, 2000
Dental plaque is being redefined as oral biofilm. Diverse overlapping microbial consortia are present on all oral tissues. Biofilms are structured, displaying features like channels and projections. Constituent species switch back and forth between sessile and planktonic phases. Saliva is the medium for planktonic suspension.
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Dental plaque is being redefined as oral biofilm. Diverse overlapping microbial consortia are present on all oral tissues. Biofilms are structured, displaying features like channels and projections. Constituent species switch back and forth between sessile and planktonic phases. Saliva is the medium for planktonic suspension.
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Immunoglobulins in human dental plaque
Journal of Periodontal Research, 1979Immunoglobulins have been found previously in human gingiva, gingival fluid, serum and smeas of dental plaque. In the present study their presence and distribution in situ have been studied by immunofluorescence on the approximal surfaces of childen's teeth extracted due to caries or for orthodontic reasons. There wee also preliminary investigations of
H N, Newman +2 more
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Dental Plaque Morphology and Induction
Proceedings, annual meeting, Electron Microscopy Society of America, 1972Investigators consider plaque to be an early stage of calculus. The plaque matrix may contain a modified protein on which the calculus crystals may form. Another view is that lowering of the pH to 5 or 6 may cause a protein to precipitate on which the calcium crystals deposit.
N L, Dockum, A, Schiess
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Dental Plaque‐Induced Gingival Diseases
Annals of Periodontology, 1999Gingival diseases are a diverse family of complex and distinct pathological entities found within the gingiva that are the result of a variety of etiologies. There are several clinical characteristics common to all gingival diseases and these features include clinical signs of inflammation, signs and symptoms that are con‐ fined to
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