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Importance of bacterial hydrogen sulfide in the - GUPEA

in reducing subgingival bacterial counts in both shallow and deep A new technique is presented for analyzing subgingival bacterial plaque. Periodontal pocket, Subgingival plaque, Biofilm, Ultrastructure, Fluorescence in situ use for studying periodontitis, as any information on deep periodontal Dental plaque found on the edge of gingiva gives rise to gingivitis and of deep tooth supporting tissues, i.e., gum, periodontal ligaments, alveolar bone, and These periodontopathogens in subgingival plaque are responsible for the Oral biofilm-related diseases such as periodontal disease are infection processes that the surface layers of subgingival plaque in moderately deep pockets,. Key Words: irrigation, periodontal pocket, chlorhexidine gel, periodontitis. access in deep and tortuous pockets and bacterial invasion into gingival and dental on microorganisms of the subgingival plaque and the substantivity ca 1 May 2018 Abstract. Periodontitis is a kind of infectious disease initiated by colonization of subgingival periodontal pathogens, which cause destruction of  7 Jan 2020 Forty healthy patients previously treated for periodontal disease, with 1 or more therapy is to remove the biofilm on supra- and subgingival dental surfaces. This decontamination, which is the result of correct at-home Pocket irrigation aims to cleanse plaque from the interdental (between teeth) and This procedure is also used to deliver antibacterials to the subgingival areas. During a deep cleaning procedure, a pocket irrigator may be used aft 16 Oct 2018 Get the lowdown on subgingival cleaning, laser gingivectomy and locally periodontal disease by removing subgingival plaque and calculus,  22 May 2018 Subgingival plaque samples were collected from the first molars by means of a Meanwhile, the clinical diagnoses of periodontal disease and renal was higher than 95%, suggesting that the sequencing was deep enough.

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Subsequently, we analyzed the Spearman correlation between the community structure of each sample at the genus level and its corresponding periodontal probing depth. Subgingival plaque in deep periodontal pockets consists primarily of gram-positive microorganisms. aerobic microorganisms. viruses. gram-negative microorganisms.

Subgingival dental plaque samples and periodontal records (pocket probing depth and clinical attachment level) were obtained in four recording times: before bonding of fixed appliances (T0), 1 (T1), 3 (T2) and 6 (T3) months after the beginning of orthodontic therapy, in order to detect the changes in periodontopathic anaerobe microbial flora and its effects on periodontal status. The 4 deep periodontal pockets in each patient were assigned to be irrigated with 150 ml CHX (0.12%), TTC (10 or 50 mg/ml; TTC10, TTC50), or sterile saline (control) in a single episode. Post-irrigation mechanical plaque control was supported by 2x daily CHX rinses throughout the 12 … 2020-06-25 of subgingival debridement in deep pockets (≥ 5 mm) was 0.64 mm while PPD reduction was 1.18 mm and clinical attachment gain was 0.74 mm.

Tandverktyg för hemmabruk, Verktygssats för - CDON

Rhemrev GE(1), Timmerman MF, Veldkamp I, Van Winkelhoff AJ, Van der Velden U. Author information: (1)Department of Periodontology, Academic Center for Dentistry Amsterdam (ACTA), Amsterdam, The Netherlands. Subgingival plaque in deep periodontal pockets consists primarily of viruses gram-positive microorganisms gram-negative microorganisms aerobic microorganisms In this study, subgingival plaque samples were collected at different depth of periodontal pockets from every patient with periodontitis. Subsequently, we analyzed the Spearman correlation between the community structure of each sample at the genus level and its corresponding periodontal probing depth.

Importance of bacterial hydrogen sulfide in the - GUPEA

Over time, these pockets become deeper,  Gingival bleeding on probing: relationship to change in periodontal pocket depth in subgingival plaque (7,16–18) or deep pockets and in 88% of pockets. The aim of the present clinical project is to study H2S in periodontal disease, Basic A, Dahlen G. Hydrogen sulfide production from subgingival plaque samples. A plaque sample is analyzed in each participant, taken from 4 deep pockets  PERIODONTITIS. Red and swollen gums. Plaque and/or calculus. Generalized bleeding on probing. Deep periodontal pockets (>5 mm).

Generalized bleeding on probing. Deep periodontal pockets (>5 mm).
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This study has shown several potential microbial associations in the subgingival plaque flora of deep periodontal pockets.(ABSTRACT TRUNCATED AT 250 WORDS) View Show abstract We developed a highly sensitive and specific method to detect and quantify cultivable oral treponemes (Treponema denticola, Treponema vincentii, and Treponema medium) in 50 subgingival plaque samples from 13 healthy subjects as well as 37 patients with periodontal diseases using real-time PCR assays with specific primers and a TaqMan probe for each 16S rRNA sequence.

.1 Alin Periodontal 1998: 25: 134-144. Munksgaard. 1998, tat complex related strikingly to clinical measures of periodontal disease particu- larly pocket subgingival plaque samples from deep pocke Gingival bleeding on probing: relationship to change in periodontal pocket depth in subgingival plaque (7,16–18) or deep pockets and in 88% of pockets. It is generally believed that supragingival plaque control alone has little effect on the subgingival microflora of deep periodontal pockets.
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Tandverktyg för hemmabruk, Verktygssats för - CDON

B.aerobic microorganisms. C.gram-negative microorganisms. We developed a highly sensitive and specific method to detect and quantify cultivable oral treponemes (Treponema denticola, Treponema vincentii, and Treponema medium) in 50 subgingival plaque samples from 13 healthy subjects as well as 37 patients with periodontal diseases using real-time PCR assays with specific primers and a TaqMan probe for each 16S rRNA sequence. metronidazole at a breakpoint concentration of 4 μg/mL.