Prevalence of Secondary Caries Around Posterior Restoration

Kamel, Jabbar Hussein; Salman, Faraed D

doi:10.31080/asms.2022.06.1154

Cited by 3 publications

(4 citation statements)

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“…A study conducted by Hussein Kamel et.al, on 61 patients in the age range between 18-70 years, who attended Tishik Dental hospital at Tishik University in Erbil city (Iraq), showed [12] the prevalence of secondary caries as 53%.…”

Section: Discussionmentioning

confidence: 99%

Unveiling the Hidden Threat: Secondary Caries Prevalence in the City of Hyderabad.

Jogu,

Kalla

2024

PIJR

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Aim: The aim of this study is to ascertain and enhance the understanding of the prevalence of secondary caries in the population of Hyderabad.Material And Methods: This study was conducted by OroGlee Solutions Private Limited in Hyderabad. A total of 1884 subjects aged 18-50 years were examined. Oral examination was done using intraoral camera.Results: Out of 1884 subjects,293 participants were identified with fillings.Among these 293 participants,144 participants were found to have secondary caries. Thus, the prevalence of secondary caries in Hyderabad is 49.1%. Conclusion: Our study highlights the prevalence of secondary caries among individuals with dental restorations, indicating the importance of monitoring and preventive measures in clinical practice.The findings underscore the need for improved restoration techniques and patient education to minimize the risk of secondary caries development and enhance long-term oral health outcomes.

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Section: Discussionmentioning

confidence: 99%

Unveiling the Hidden Threat: Secondary Caries Prevalence in the City of Hyderabad.

Jogu,

Kalla

2024

PIJR

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“…However, negative consequences on human health need to be addressed before the clinical implementation of new restorative materials [2]. Restorative dentistry encounters a notable prevalence of secondary caries, which emerges at the margins of tooth restorations [3,4]. Establishing optimal contact between the restorative material and the tooth surface stands as a pivotal preventive measure against secondary caries development [5].…”

Section: Introductionmentioning

confidence: 99%

“…Establishing optimal contact between the restorative material and the tooth surface stands as a pivotal preventive measure against secondary caries development [5]. The likelihood of secondary caries development is influenced by the choice of restorative material [4], as well as the presence of defects and gaps fostering biofilm formation at the interface between the tooth and the restorative material [6]. Managing bacterial adhesion to novel dental restorative materials within the oral cavity can potentially reduce biofilm formation [7].…”

Section: Introductionmentioning

confidence: 99%

Effect of Sucrose Concentration on Streptococcus mutans Adhesion to Dental Material Surfaces

Zore,

Rojko,

Mlinarić

et al. 2024

Coatings

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Enamel demineralization, known as dental caries, is instigated by the bacterium Streptococcus mutans, which generates acid during carbohydrate metabolism. Among carbohydrates, sucrose is the most cariogenic and capable of biofilm formation. This study aimed to explore and comprehend Streptococcus mutans’ adherence to two prevalent dental material surfaces, i.e., a cobalt–chromium (Co-Cr) alloy and a resin-based composite, under the influence of various sucrose concentrations. To understand bacterial adhesion, the surfaces were characterized using profilometry, tensiometry, and surface charge measurements. Bacterial adhesion was evaluated using scanning electron microscopy and crystal violet dye methods. Results revealed that the composite surface exhibited greater roughness compared with the Co-Cr alloy surface. Both surfaces displayed hydrophilic properties and a negative surface charge. Bacterial adhesion experiments indicated lower bacterial adherence to the Co-Cr alloy than to the composite surface before the addition of sucrose. However, the introduction of sucrose resulted in biofilm development on both surfaces, showcasing a similar increase in bacterial adhesion, with the highest levels being observed at a 5% sucrose concentration in the bacterial suspension. In conclusion, the findings suggest sucrose-rich foods could facilitate bacterial adaptation despite less favorable surface characteristics, thereby promoting biofilm formation.

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“…The current scientific literature indicates that some clinical circumstances(orthodontic treatment, restorations, pits and fissures) could induce faster demineralization of enamel and accordingly, preventive measurement is a priority [3,4]. Furthermore, there is high prevalence of secondary caries development around restorations [5].…”

Section: Introductionmentioning

confidence: 99%

Clinical and ex-vivo effect of LASERs on prevention of early-enamel caries: systematic review & meta-analyses

Abd El-Aal,

Hussein,

Banerjee

et al. 2024

Lasers Med Sci

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To investigate the in vivo and in situ effect of different types of lasers in prevention of enamel demineralization in high caries risk cases (around orthodontic brackets, around restoration and in caries susceptible pits and fissures). PubMed was searched using the following keyword sequence; (Laser therapy OR laser irradiation OR laser application) AND (enamel caries prevention OR enamel demineralization OR enamel remineralization OR early enamel caries OR early-enamel caries OR enamel resistance OR enamel decalcification OR white spot lesions WSLs OR incipient lesion OR enamel decay OR enamel Dissolution OR enamel microhardness) AND (clinical trial OR Randomized clinical trial OR In situ study). The latest literature search was ended by “30 January 2023”. PubMed was used as a primary data base for study selection. Scopus, EBSCO, and Google scholar are checked in our study after results of systematic search on PubMed. Only duplicates were found. Two meta-analyses were carried out. The first, clinical meta-analysis on incidence of white spot lesions (WSLs) following CO2 laser irradiation of enamel. The second meta-analysis on ex-vivo/in situ effect of CO2 laser on microhardness of enamel. In each meta-analysis three studies were included. Risk of bias was assessed. The search identified eight studies (four ex-vivo and four clinical trials). Regarding the clinical meta-analysis, the overall standardized mean difference was 0.21 [ 95% confidence interval (CI): 0.15–0.30, p < 0.00001]. This indicates that the incidence of new WSLs in patients who received low power CO2 laser treatment was highly significantly lower than placebo groups. The heterogeneity was considerable (I2 = 71%). In the second meta-analysis, the overall standardized mean difference was 49.55 [ 95% confidence interval (CI): 37.74, 61.37, p < 0.00001]. This indicates that microhardness of enamel receiving low power (0.4–5 W) CO2 laser irradiation is highly significantly lower than control untreated enamel. The heterogeneity was substantial (I2 = 48%). Within the limitations of this study, Low level laser therapy concept with CO2 laser seems to be effective in preventing enamel caries.Prospero registration number: CRD42023437379

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Prevalence of Secondary Caries Around Posterior Restoration

Cited by 3 publications

References 0 publications

Unveiling the Hidden Threat: Secondary Caries Prevalence in the City of Hyderabad.

Unveiling the Hidden Threat: Secondary Caries Prevalence in the City of Hyderabad.

Effect of Sucrose Concentration on Streptococcus mutans Adhesion to Dental Material Surfaces

Clinical and ex-vivo effect of LASERs on prevention of early-enamel caries: systematic review & meta-analyses

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