How dental plaque and its resident microorganisms are viewed is dictated by the analytical tools used to study it. Organisms isolated from corn cob were examined for aggregation with bacterionema matruchotii. Organisms isolated from corn cob were examined for aggregation with bacterionema matruchotii.
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Corncob formation in dental plaque was believed to be limited to strains of bacterionema matruchotii and streptococcus sanguis.
A., mayo, h., amsterdam, m.
Such aggregations, interpreted as corn cob formation, in. We observed recently that strains of fusobacterium nucleatum also interacted with s. (schluger) • `a fully established pellicle is found within 30 min. 3) determine by immunofluorescent procedure which organisms originated from the ccc.
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Corn is native to america and comes in both yellow and blue varieties. Organisms isolated from corn cob were examined for aggregation with bacterionema matruchotti. Corncob formation in dental plaque was believed to be limited to strains of bacterionema matruchotii and streptococcus sanguis. Mouton c, reynolds hs, genco rj.
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2) obtain pure cultures of the coccal constituent; While we may brush and floss tirelessly and our dentists may regularly scrape and pick at our teeth to minimize the formation of plaque known as tartar or dental calculus, anthropologists may be rejoicing at the fact that past civilizations were not so careful with their dental hygiene. Formation of dental pellicle • acquired pellicle may be defined as a homogenous, membranous, acellular film that covers the tooth surface and frequently form the interface between the tooth ,the dental plaque and calculus. Program and abstracts of the 57th general session.
Streptococci isolated from corn cob configurations of human dental plaque possess a polar fibrillar tuft extending 100 to 150 nm from one pole of the cell.
Cocci were found to be attached. The present study describes methods to 1) selectively isolate corn cob configurations (ccc) from dental plaque by micromanipulation; Such aggregations, interpreted as corn cob formation, in vitro, occurred with five isolated identified as streptococcus sanguis. International association of dental research1979:
Characterization of tufted streptococci isolated from the corn cob configuration of human dental plaque.
Ultrastructure of the attachment device between coccal and filamentous microorganisms in “corn cob” formation of dental plaque. In this transmission electron photomicrograph, the structure of such a “corn cob” is revealed. Periobasics basic periodontology, recent posts introduction to dental plaque. Cocci were found to be attached.
Organisms isolated from corn cob were examined for aggregation with bacterionema matruchotii.
Sample of plaque was taken. Composed of proteins and glycoproteins. Such aggregations, interpreted as corn cob formation, in vitro, occurred with five isolates identified as streptococcus sanguis. Using a de fonbrune micromanipulator, ccc specimens were isolated from supragingival plaque.
