ABSTRACT
OBJECTIVES: To undertake a cost-effectiveness analysis of restorative treatments for a first permanent molar with severe molar incisor hypomineralization from the perspective of the Brazilian public system. MATERIALS AND METHODS: Two models were constructed: a one-year decision tree and a ten-year Markov model, each based on a hypothetical cohort of one thousand individuals through Monte Carlo simulation. Eight restorative strategies were evaluated: high viscosity glass ionomer cement (HVGIC); encapsulated GIC; etch and rinse adhesive + composite; self-etch adhesive + composite; preformed stainless steel crown; HVGIC + etch and rinse adhesive + composite; HVGIC + self-etch adhesive + composite, and encapsulated GIC + etch and rinse adhesive + composite. Effectiveness data were sourced from the literature. Micro-costing was applied using 2022 USD market averages with a 5% variation. Incremental cost-effectiveness ratio (ICER), net monetary benefit (%NMB), and the budgetary impact were obtained. RESULTS: Cost-effective treatments included HVGIC (%NMB = 0%/ 0%), encapsulated GIC (%NMB = 19.4%/ 19.7%), and encapsulated GIC + etch and rinse adhesive + composite (%NMB = 23.4%/ 24.5%) at 1 year and 10 years, respectively. The benefit gain of encapsulated GIC + etch and rinse adhesive + composite in relation to encapsulated GIC was small when compared to the cost increase at 1 year (gain of 3.28% and increase of USD 24.26) and 10 years (gain of 4% and increase of USD 15.54). CONCLUSION: Within the horizon and perspective analyzed, the most cost-effective treatment was encapsulated GIC restoration. CLINICAL RELEVANCE: This study can provide information for decision-making.
Subject(s)
Cost-Benefit Analysis , Dental Enamel Hypoplasia , Dental Restoration, Permanent , Glass Ionomer Cements , Humans , Brazil , Dental Enamel Hypoplasia/therapy , Dental Restoration, Permanent/methods , Dental Restoration, Permanent/economics , Glass Ionomer Cements/therapeutic use , Decision Trees , Molar , Monte Carlo Method , Markov Chains , Molar HypomineralizationABSTRACT
El propósito es analizar las características de los estudios y las tendencias en las publicaciones científicas y las recomendaciones clínicas relacionadas con el COVID-19 en odontopediatría. La búsqueda electrónica se realizó en las bases de datos MEDLINE, Scopus, Web of Science Core Collection y LILACS/BVS, sin restricciones. Se incluyeron estudios que usaron términos referentes a COVID-19, odontología pediátrica y niños en el título, resumen o palabras clave. Se extrajeron datos bibliométricos y características de los estudios. Cada estudio se categorizó de acuerdo con su diseño, muestra y tema principal. Se incluyeron 49 estudios, la mayoría revisiones (n=25; 51,00%), estudios observacionales (n=23; 47,00%) y estudio clínico (n=1; 2%). Los principales temas fueron urgencias odontológicas (n=9; 18,30%), bioseguridad (n= 8; 16,30%) y teleodontología (n=6; 12,20%). Las urgencias odontológicas más reportadas fueron trauma (n=12; 63,10%), edema (n=9; 47,30%) y dolor (n=9; 47,30%). Se concluyó que se realizaron pocos estudios sobre COVID-19 y odontología pediátrica, y la mayoría de las revisiones y estudios observacionales sobre emergencias dentales se publicaron en Asia.
O objetivo é analisar as características dos estudos e tendências nas publicações científicas e recomendações clínicas relacionadas ao COVID-19 em odontopediatria. A busca eletrônica foi realizada nas bases de dados MEDLINE, Scopus, Web of Science Core Collection e LILACS/BVS, sem restrições. Foram incluídos estudos que usaram termos referentes a COVID-19, odontopediatria e crianças no título, resumo ou palavras-chave. Os dados bibliométricos e as características do estudo foram extraídos. Cada estudo foi categorizado de acordo com seu desenho, amostra e tema principal. Quarenta e nove estudos foram incluídos, sendo a maioria revisões (n=25; 51,00%), estudos observacionais (n=23; 47,00%) e estudo clínico (n=1; 2%). Os principais temas foram emergências odontológicas (n=9; 18,30%), biossegurança (n= 8; 16,30%) e teleodontologia (n=6; 12,20%). As emergências odontológicas mais relatadas foram trauma (n=12; 63,10%), edema (n=9; 47,30%) e dor (n=9; 47,30%). Concluiu-se que poucos estudos sobre COVID-19 e odontopediatria foram realizados, com a maioria das revisões e estudos observacionais sobre emergências odontológicas publicados na Ásia
The purpose is to analyze the characteristics of the studies and trends in scientific publications and the clinical recommendations related to COVID-19 in pediatric dentistry. Electronic search was performed on MEDLINE, Scopus, Web of Science Core Collection, and LILACS/VHL databases, without restrictions. Studies that used terms referring to COVID-19, pediatric dentistry, and children in the title, abstract, or keywords were included. Bibliometric data and studies' characteristics were extracted. Each study was categorized according to its design, sample, and main subject. Forty-nine studies were included, most of them reviews (n=25; 51.00%), observational studies (n=23; 47.00%), and clinical study (n=1; 2%). The main topics were dental emergencies (n=9; 18.30%), biosafety (n= 8; 16.30%) and teledentistry (n=6; 12.20%). The most reported dental emergencies were trauma (n=12; 63.10%), edema (n=9; 47.30%), and pain (n=9; 47.30%). It was concluded that few studies on COVID-19 and pediatric dentistry were conducted, and most reviews and observational studies regarding dental emergencies were published in Asia.
Subject(s)
Humans , Infant , Child, PreschoolABSTRACT
Aim: This in vivo experimental study investigated bacterial microbiome and metabolome longitudinal changes associated with enamel caries lesion progression and arrest. Methods: We induced natural caries activity in three caries-free volunteers prior to four premolar extractions for orthodontic reasons. The experimental model included placement of a modified orthodontic band on smooth surfaces and a mesh on occlusal surfaces. We applied the caries-inducing protocol for 4- and 6-weeks, and subsequently promoted caries lesion arrest via a 2-week toothbrushing period. Lesions were verified clinically and quantitated via micro-CT enamel density measurements. The biofilm microbial composition was determined via 16S rRNA gene Illumina sequencing and NMR spectrometry was used for metabolomics. Results: Biofilm maturation and caries lesion progression were characterized by an increase in Gram-negative anaerobes, including Veillonella and Prevotella. Streptococcus was associated caries lesion progression, while a more equal distribution of Streptococcus, Bifidobacterium, Atopobium, Prevotella, Veillonella, and Saccharibacteria (TM7) characterized arrest. Lactate, acetate, pyruvate, alanine, valine, and sugars were more abundant in mature biofilms compared to newly formed biofilms. Conclusions: These longitudinal bacterial microbiome and metabolome results provide novel mechanistic insights into the role of the biofilm in caries progression and arrest and offer promising candidate biomarkers for validation in future studies.
