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Aim: The aim of the present cross-sectional study was to estimate gingival recession (GR) prevalence and associated risk factors in young Greek adults., Methods: The study population consisted of 420 young adults (200 males and 220 females). All individuals were clinically examined and answered questions regarding their smoking status, educational level, and oral hygiene practices. In addition, the association between GR and the following aspects was assessed: sex, smoking status, educational level, plaque index, gingival index, calculus presence, and plaque control methods. Statistical analysis of data was accomplished using the multivariate linear regression analysis model., Results: The average number of GR overall was 1.38 mm (standard deviation: 0.18 mm). Gingival index (P = 0.000) and smoking (P = 0.01) were the most important associated risk factors of GR, while sex, oral hygiene practices, presence of supragingival calculus, educational level, and plaque index were not significantly associated with it., Conclusion: Gingival inflammation, as determined by the gingival index, and smoking were the most important associated risk factors of GR., (© 2013 Wiley Publishing Asia Pty Ltd.)

The aim of this study was to investigate the possible association of a distinct combination of polymorphisms in the interleukin (IL)-1 gene cluster on gingival bleeding tendency in young adult Arabs with plaque-induced gingivitis. Fifty otherwise healthy, nonsmoking volunteers, 19-28 years of age, participated. Clinical examinations included periodontal probing depth, bleeding on probing, and plaque index. Probing was done with a pressure-controlled probe at about 1.27 MPa. Examinations were repeated after 2 and 4 weeks. Polymorphisms in the IL-1 gene cluster were assessed using a reverse hybridization assay. A subject carrying alleles 2 at IL-1A ( -889 ) and IL-1B ( +3954 ) was designated genotype-positive. Twenty-six subjects were genotype-positive (52%). A repeated measures two-level (occasion, subject) model of the proportion of sites bleeding on probing, which was adjusted for gender, average plaque index, probing depth, and calculus, revealed a significantly lower proportion of bleeding sites in genotype-positive subjects (estimate -0.050, standard error 0.025, p < 0.05). Biserial correlations of bleeding proportions were high (0.71-0.78), confirming the steady-state plaque environment. It was concluded that inflammatory responses to dental plaque were considerably dampened in genotype-positive, nonsmoking young adults of Arabic heritage.

This study was conducted to determine and compare the prevalence, severity, and extent of gingivitis and periodontitis in patients with Down syndrome and patients who did not have Down syndrome. The authors also assessed the relationship of these conditions and compared them to the age, gender, and oral hygiene profiles in both groups. Using a case-control study design, the authors examined 32 individuals with Down syndrome (DS) and matched each with a participant from the control group (CG) according to age and gender. Researchers determined the Simplified Oral Hygiene Index, Gingival Index, and measured the level of gingival attachment for each participant. The authors found that the relationship between the presence of dental plaque and the severity of gingivitis was moderate among participants with DS. While the overall characteristics of the periodontal and gingival health status were not markedly different between the two groups, the extent and severity of gingivitis and the extent of periodontitis were greater in the group with DS than in the CG.

An altered gingival inflammatory response to supragingival plaque in smokers had been claimed by several authors. Relatively limited information exists with regard to the consistency of naturally occurring plaque and bleeding upon probing within the oral cavity under usual oral hygiene measures. The aims of the present study were to describe the distribution of tooth surfaces covered by supragingival plaque and gingival units bleeding upon probing in a steady state environment of no dental intervention. In addition relative consistency of plaque and bleeding was investigated. 65 volunteers, 14 women and 51 men in the age range of 19 to 30 years, participated. 33 volunteers were heavy smokers and 32 non-smokers. Clinical examinations revealed mild, plaque-induced gingivitis with no overt destructive periodontitis. Within a 6-month period. presence and amount of plaque, calculus and gingival bleeding was site-specifically assessed four times, i.e., every 8 weeks. Well-defined, symmetric and consistent patterns of plaque and calculus distribution within the oral cavity were observed, which were rather identical in smokers and non-smokers. Smokers had evenly more plaque in all regions of the oral cavity. In contrast, there was no obvious pattern of bleeding upon probing. Consistency of observations was considerably lower than for plaque scores. This was particularly true for smokers, where the association between bleeding scores was generally smaller than in non-smokers. A large portion of the variation of gingival bleeding may be due to presently unknown factors other than plaque and calculus with considerable consequences for preventive programmes.

This study was undertaken to test the hypothesis that gingival inflammation and dental calculus are important determinants of the development and progression of early-onset periodontitis. The study sample included 156 individuals who were 13-20 years old at baseline and who were examined 2x during 6 years to assess the attachment loss, gingival state and the presence of dental calculus. 33 (21%), 62 (40%), and 61 (39%) individuals were classified as having localized, generalized, or incidental EOP, respectively. The results showed an increase in the % of teeth with overt gingivitis and subgingival calculus, and also an increase in the % of teeth showing attachment loss during the 6-year period in all classification groups. Of teeth with 0-2 mm attachment loss at the beginning of the study and which developed > or = 3 mm attachment loss during the following 6 years, there were 2x as many teeth with overt gingival inflammation, and 4x more teeth with subgingival calculus at baseline than teeth without. Gingivitis and subgingival calculus when present at both examinations resulted in a stronger association with the development of new lesions than presence of these variables at baseline. Teeth with gingivitis at baseline had a significantly higher mean attachment loss during 6 years than teeth without gingivitis (p<0.0001), and teeth with subgingival calculus at baseline had a significantly higher mean attachment loss than teeth without subgingival calculus (p<0.0001). The presence of gingivitis and subgingival calculus at baseline and 6 years later was associated with the occurrence of even higher disease progression during this period. The association between gingival inflammation and subgingival calculus and the development and progression of attachment loss during the study period in the generalized and the localized EOP groups was significantly higher than the association in the incidental EOP group. In an appreciable % of the sites in all 3 groups, however, the presence of the 2 factors was not associated with attachment loss during 6 years. The results suggest a significant association between gingival inflammation and subgingival calculus and the development and progression of early-onset periodontitis.

Objective: To measure production of volatile sulfur compounds (VSC) responsible for halitosis on the crown surface of the maxillary fourth premolar of dogs with gingivitis., Animals: 28 dogs owned by veterinary students who complained that their dogs had halitosis., Procedure: Clinical dental indices (plaque index, calculus index, and gingival index) were measured on the most diseased maxillary fourth premolar tooth. Production of VSC from the crown surface of the tooth was recorded by use of a portable sulfide monitor. Measurements were performed several times on each dog over a 2-month period, resulting in 98 series of measurements., Results: Dogs with heavy amounts of plaque or calculus (plaque and calculus indices of 2 or 3) had significantly higher VSC readings than did dogs with no visible plaque and calculus accumulation. Significant (P = 0.0008) correlation was found between VSC measurements and plaque index, and significant correlations were found between VSC measurements and calculus index (P = 0.00118) and gingival index (P = 0.00475)., Conclusion: VSC production recorded on the crown of maxillary fourth premolar teeth of dogs with gingivitis is significantly correlated with the amount of plaque and calculus accumulation and with severity of gingivitis., Clinical Relevance: VSC measurements on tooth surfaces could be used as a site-specific method to assess, in conjunction with clinical dental variables, effectiveness of dental hygiene products.

Forty pregnant women in each of three trimesters of pregnancy and forty nonpregnant women of comparable age, socioeconomic status and dietary habit have been examined to evaluate the gingival condition and the calculus and debris deposits. The study has shown that: There is a significant increase in the severity of gingivitis during pregnancy; The gingival changes progressively increase during the course of pregnancy; The gingival changes are more marked than the periodontal changes seen during pregnancy (increase in periodontal disease was seen in only a limited number of cases); There was an appreciable increase in the calculus and debris deposits in the pregnant as compared to the nonpregnant women; Increase in the calculus and debris deposits was apparent in all the trimesters of pregnancy; Gingival changes showed a greater correlation with the calculus and the debris index in the pregnant than in the nonpregnant women; The role of the irritant oral deposits either as a precipitating or perpetuating factor in the genesis of gingivitis during pregnancy can not be excluded.