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Item Success Rates of Pulpotomies Performed by General Dentists Versus Pediatric Dentists: A Claims Data Analysis(American Academy of Pediatric Dentistry, 2020-07) Yepes, Juan Fernando; Schweppe, Jeff; Jones, James; Tang, Qing; Eckert, George J.; Downey, Tim; Maupome, Gerardo; Pediatric Dentistry, School of DentistryPurpose: The purpose of this study was to examine if there are differences in the success rate of primary teeth treated with pulpotomies performed by general dentists (GDs) versus pediatric dentists (PDs), using submitted paid insurance dental claims. The extraction time after pulpotomy was examined. Methods: Data for this study were obtained from a private dental insurance claims warehouse. The insurance claims data were retrieved, and a retrospective analysis was performed over seven years (2008 to 2015). The survival rate was estimated using proportional hazard survival analysis. Results: The total number of paid dental claims that used the CDT code for pulpotomy was 401,638. For teeth that received pulpotomy, the average time between pulpotomy and extraction was 1.1 years if the pulpotomies were performed by GDs. The average time was 1.3 years if the pulpotomies were performed by PDs (P<0.0001). GDs had an extraction rate of 7.83 percent after pulpotomies and the placement of stainless steel crowns, while PDs had an extraction rate of 4.09 percent. Conclusions: There is a significant difference in the success rate of teeth treated with pulpotomies performed by pediatric dentists versus general dentists, with pulpotomies performed by the former having a longer survival rate.Item Survival analysis of metal crowns versus restorations in primary mandibular molars(ADA, 2017-10) Maupomé, Gerardo; Yepes, Juan F.; Galloway, Madison; Tang, Qing; Eckert, George J.; Downey, Timothy; Vinson, LaQuia; Cariology, Operative Dentistry and Dental Public Health, School of DentistryBackground The effectiveness of stainless steel crowns (SSCs) versus direct restorations when placed in primary mandibular molars (teeth nos. L and S) is uncertain. The authors evaluated effectiveness by gauging longevity of treatment. Methods The authors obtained private dental insurance claims (2004-2016) from a national dental data warehouse. Paid insurance claims records (n = 1,323,489) included type of treating dentist, treatment placed, and patient age. Results Dentist specialty, type of treatment, and patient age were significant in predicting failure after the first restoration. The authors found high survival rates for all treatments (> 90%) after 5 years; however, as soon as within 3 years after treatment, SCCs had approximately 6% better survival. Conclusions Teeth nos. L and S first treated with SSCs lasted longer without new treatment compared with teeth first treated with direct restorations; the difference was small. Teeth treated by pediatric dentists had better survival rates. Practical Implications Primary mandibular first molars initially treated with SSCs lasted longer without new treatment compared with direct restorations. Overall dental care costs of the former were considerably higher.