Caries lesion prevention and arrestment in approximal surfaces in contact with glass ionomer cement restorations – A systematic review and meta‐analysis

Abstract

In laboratory studies, GIC shows better ability to arrest caries lesion in approximal adjacent surfaces, but this ability was not confirmed in longitudinal clinical trials.

Impact of the radiographic examination on diagnosis and treatment decision of caries lesions in primary teeth – the Caries Detection in Children (CARDEC-01) trial: study protocol for a randomized controlled trial

“…The choice of the protocols of treatment is based on the best available evidence: Operatory treatments will be done with partial caries removal [ 20 ]. High-viscosity glass ionomer cement will be used to restore cavitated active caries lesions in occlusal [ 21 ] or approximal [ 22 ] surfaces (score 4 of ICDAS or higher and/or lesions reaching the outer half of the dentin in the radiographic image). Resin-modified glass-ionomer cement will be used for restorations of lesions involving more than two surfaces [ 23 ].…”

“…High-viscosity glass ionomer cement will be used to restore cavitated active caries lesions in occlusal [ 21 ] or approximal [ 22 ] surfaces (score 4 of ICDAS or higher and/or lesions reaching the outer half of the dentin in the radiographic image).…”

Critical appraisal of methodological quality of Systematic Reviews and Meta‐analysis in Paediatric Dentistry journals

“…Full text retrieval was limited to 52 publications out of which 28 (Appendix ) were excluded due to absence of MA. Final selection identified 24 SRs with MA . The characteristics of the SRs with MA are presented in Table .…”

“…Among the study topics in Paediatric Dentistry, most of the SRs focused on preventive strategies (37.5%) followed by restorative procedures (16.6%), pediatric endodontic procedures (16.6%), and behavior management aspects (16.6%). On contacting the authors on the scores, eight out of 24 authors responded . Three authors agreed to the scores and five authors provided justification for changes in the scores.…”

Influência da aceleração de presa por meio de ultrassom, luz halógena e diodo emissor de luz nas propriedades e resistência de união à dentina de cimentos de iônomero de vidro

“…A opção pelos CIVs está relacionada com algumas vantagens sobre outros materiais restauradores, como habilidade de união química aos substratos dentários (Glasspoole et al, 2002;Yiu et al, 2004a;da Silva;Zuanon, 2006;Pacifici et al, 2014;Daifalla et al, 2015), selamento marginal, capacidade de remineralizar tecidos dentários (Alves Filho et al, 2009;Fabián Molina et al, 2013;Pacifici et al, 2014;Tedesco et al, 2015a) entre outras.…”