Abstract:– A total of 170 adult Tanzanians aged 30‐ 691 yr were examined for loss of attachment, gingival recession, plaque, calculus and gingival bleeding on all surfaces, of all teeth. The severity of loss of attachment varied considerably between tooth types. Irrespective of age, mandibular incisors and first and second molars were the teeth most affected by loss of attachment. In all age groups heavy plaque deposits and gingival bleeding occurred more frequently in posterior than in anterior teeth, Dental calculus… Show more
“…The occurrence of gingival recession correlated with age, which is supported by other findings in Tanzania (2,16) and elsewhere (14,21,25,26). The association between gingival recession and calculus in this study is in agreement with results for other populations in Tanzania (16,27), Brazil (26) and elsewhere (20). The explanation for this is thought to be due to mechanical displacement of the gingival tissue by calculus deposits as well as toxins from both the viable microbial plaque and that which is harboured within the calculus deposit (28).…”
Background: Females are generally more motivated with regard to oral hygiene practices and thus brush their teeth more frequently than males. Objective: To determine the prevalence of gingival recession, oral hygiene status, oral hygiene practices and associated factors in women attending a maternity ward in Tanzania. Design: Cross-sectional descriptive study. Setting: Maternity ward of Muhimbili National Hospital, Tanzania. Subjects: Four hundred and forty six women were interviewed on oral hygiene practices and maternal factors, and a full-mouth examination was done to determine the presence of plaque, calculus, gingival bleeding and gingival recession at six sites per tooth. Results: The prevalence of gingival recession (GR) > 1mm was 33.6%, calculus 99.3%, plaque 100%, and gingival bleeding 100%. Oral hygiene practices included toothbrushing (98.9%), brushing frequency >2 times/day (61.2%), horizontal brushing method (98%), and using a plastic toothbrush (97.8%). Factors that were significantly associated with gingival recession were age (OR a =2.0, 95% CI=1.3-3.2), presence of calculus (OR a =3.8, 95% CI=2.5-7.1), and gingival bleeding on probing (OR a =4.2, 95% CI=2.5-7.1). Tooth cleaning practices and maternal factors, especially the number of pregnancies or deliveries were not significantly associated with gingival recession. Conclusion: In this study population, oral hygiene was poor and gingival recession was associated with age, calculus and gingival inflammation rather than with tooth cleaning practices.
“…The occurrence of gingival recession correlated with age, which is supported by other findings in Tanzania (2,16) and elsewhere (14,21,25,26). The association between gingival recession and calculus in this study is in agreement with results for other populations in Tanzania (16,27), Brazil (26) and elsewhere (20). The explanation for this is thought to be due to mechanical displacement of the gingival tissue by calculus deposits as well as toxins from both the viable microbial plaque and that which is harboured within the calculus deposit (28).…”
Background: Females are generally more motivated with regard to oral hygiene practices and thus brush their teeth more frequently than males. Objective: To determine the prevalence of gingival recession, oral hygiene status, oral hygiene practices and associated factors in women attending a maternity ward in Tanzania. Design: Cross-sectional descriptive study. Setting: Maternity ward of Muhimbili National Hospital, Tanzania. Subjects: Four hundred and forty six women were interviewed on oral hygiene practices and maternal factors, and a full-mouth examination was done to determine the presence of plaque, calculus, gingival bleeding and gingival recession at six sites per tooth. Results: The prevalence of gingival recession (GR) > 1mm was 33.6%, calculus 99.3%, plaque 100%, and gingival bleeding 100%. Oral hygiene practices included toothbrushing (98.9%), brushing frequency >2 times/day (61.2%), horizontal brushing method (98%), and using a plastic toothbrush (97.8%). Factors that were significantly associated with gingival recession were age (OR a =2.0, 95% CI=1.3-3.2), presence of calculus (OR a =3.8, 95% CI=2.5-7.1), and gingival bleeding on probing (OR a =4.2, 95% CI=2.5-7.1). Tooth cleaning practices and maternal factors, especially the number of pregnancies or deliveries were not significantly associated with gingival recession. Conclusion: In this study population, oral hygiene was poor and gingival recession was associated with age, calculus and gingival inflammation rather than with tooth cleaning practices.
“…1989, Murray et al . 1996) which found a major tooth loss due to periodontal disease after the age of 45 might be more indicative of treatment decisions of the dentists in countries with widely‐used dental services than of the progression of the disease itself (Löe et al . 1986, Baelum 1987, Baelum et al .…”
A considerable number of teeth with no or minor coronal destruction were extracted at an attachment level of 50-70%, regardless of the tooth type. The threshold for 'periodontal' extractions seem to be too low and undifferentiated, which calls for an improvement in knowledge of periodontal diagnosis and treatment.
“…Studies conducted in populations without or with very limited access to dental treatment demonstrate that a considerably large proportion of surfaces (Baelum 1987) or people (Baelum et al 1997a) only experience mild loss of periodontal attachment even among the oldest study participants in these studies. Recent results on the global burden of severe periodontitis suggest that a sharp increase in the prevalence of severe periodontitis can be expected between the third and fourth decades of life and that this prevalence can remain relatively stable at older ages (Kassebaum et al 2014).…”
Aim: To review the burden of caries and periodontitis in the elderly, changes with age that can explain this burden, and the vulnerability to disease of elderly populations. Methods: An assessment of surveys in two populations was conducted. Indicators for caries were identified by updating a systematic review. Secular trends for smoking and type 2 diabetes were discussed. Results: Changes in the susceptibility to periodontitis with age may be explained by exposure to pro-inflammatory conditions and changes in the healing capacity of cells and tissues. Due to accumulated periodontal destruction, the number of surfaces at risk for caries increases. The sequels of restorative treatment contribute to an increased susceptibility for caries development. Population-based surveys in the United States and Germany demonstrate a high caries experience among elderly people. A comparison of surveys demonstrates a relative improvement of periodontal health among elderly during the last few decades. Nevertheless, prevalence estimates for periodontitis remain high. Risk indicators for root caries include caries experience, the number of surfaces at risk and poor oral hygiene. Secular trends of main risk factors for periodontitis and their likely influence on the future periodontitis burden in the elderly are discussed. Conclusion: Caries and periodontitis burden in the elderly remain high.
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