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Publication
High–power light–curing units commercially available: a qualitative systematic review
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| PPG_33277 | 777.16 KB | Adobe PDF |
Authors
Advisor(s)
Abstract(s)
Objetivos: Esta revisão sistemática qualitativa analisa a evidência in vivo e in vitro de
fotopolimerizadores-LED de alta-irradiância (≥2000 mW/cm2
) e identifica os dispositivos
comercialmente disponíveis.
Desenvolvimento: Pesquisa na PubMed e B-on, por estratégia PRISMA; Critérios de inclusão:
artigos in vitro e in vivo com fotopolimerizadores LED de alta irradiância (≥2000 mW/cm2
),
idioma Inglês, publicados entre 2010 e 2020; Os fotopolimerizadores-LED alta-potência
disponíveis foram identificados pela base de dados de expositores do Congresso da Ordem dos
Médicos Dentistas 2019. Dos 1803 artigos selecionados, 18 foram incluídos (15-in vitro e 3-in
vivo). Foram descritos 32 fotopolimerizadores-LED; maioritariamente têm irradiância
compreendida entre 2000-3000mW/cm2
; FlashMaxP3Ô(CMS Dental, Dinamarca) apresentou
a maior irradiância (6000mW/cm2
).
Conclusão: A evidência sobre fotopolimerizadores-LED de alta-potência e seu uso clínico é
escassa. A investigação é escassa quanto ao uso inadequado, eventos adversos no complexo
pulpo-dentinário/tecidos biológicos e efeitos colaterais nas taxas de sobrevivência clínica de
materiais à base de resina.
Aims: This qualitative systematic review describes the in vivo and in vitro evidence of high– power LED-Light-Curing Units (LED-LCU) and identifies those commercially available. Development: PubMed and B-on were assessed using PRISMA strategy. Studies that respected criteria: in vitro and in vivo studies of high–power (≥2000 mW/cm2 ) output LCUs, for dental resin-based-materials, English language, from 2010 to 2020, were included. High-power LEDLCUs available were identified by Exhibitor’s database of 2019 Portuguese-Dental-Association Congress. From 1803 screened articles, 18 (15 in vitro and 3 in vivo) included; Thirty-two LEDLCUs described: most with outputs of 2000-3000 mW/cm2 ; FlashMaxP3Ô (CMS Dental, Denmark) highest output (6000 mW/cm2 ). Conclusion: Evidence showing that high–power LCUs are the best clinical option is still very scarce. There is still insufficient research regarding the inadequate use of those LCUs, the adverse events in dentin-pulp complex/biological tissues and, the side-effects on resin-based materials clinical survival rates and polymerization quality.
Aims: This qualitative systematic review describes the in vivo and in vitro evidence of high– power LED-Light-Curing Units (LED-LCU) and identifies those commercially available. Development: PubMed and B-on were assessed using PRISMA strategy. Studies that respected criteria: in vitro and in vivo studies of high–power (≥2000 mW/cm2 ) output LCUs, for dental resin-based-materials, English language, from 2010 to 2020, were included. High-power LEDLCUs available were identified by Exhibitor’s database of 2019 Portuguese-Dental-Association Congress. From 1803 screened articles, 18 (15 in vitro and 3 in vivo) included; Thirty-two LEDLCUs described: most with outputs of 2000-3000 mW/cm2 ; FlashMaxP3Ô (CMS Dental, Denmark) highest output (6000 mW/cm2 ). Conclusion: Evidence showing that high–power LCUs are the best clinical option is still very scarce. There is still insufficient research regarding the inadequate use of those LCUs, the adverse events in dentin-pulp complex/biological tissues and, the side-effects on resin-based materials clinical survival rates and polymerization quality.
Description
Keywords
LED dental curing lights Dental equipment Polymerization Dental resins