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- W4319163261 abstract "Abstract Objective To evaluate the in vitro pulpal temperature rise (Δ T ) within the pulp chamber when low‐ and high‐viscosity bulk‐fill resin composites are photo‐cured using laser or contemporary light curing units (LCUs). Materials and Methods The light output from five LCUs was measured. Non‐retentive Class I and V cavities were prepared in one upper molar. Two T‐type thermocouples were inserted into the pulp chamber. After the PT values reached 32°C under simulated pulp flow (0.026 mL/min), both cavities were restored with: Filtek One Bulk Fill (3 M), Filtek Bulk Fill Flow (3 M), Tetric PowerFill (Ivoclar Vivadent), or Tetric PowerFlow (Ivoclar Vivadent). The tooth was exposed as follows: Monet Laser (1 and 3 s), PowerCure (3 and 20 s), PinkWave (3 and 20 s), Valo X (5 and 20 s) and SmartLite Pro (20 s). The Δ T data were subjected to one‐way ANOVA followed by Scheffe's post hoc test. Results Monet 1 s (1.9 J) and PinkWave 20 s (30.1 J) delivered the least and the highest amount of energy, respectively. Valo X and PinkWave used for 20 s produced the highest Δ T values (3.4–4.1°C). Monet 1 s, PinkWave 3 s, PowerCure 3 s (except FB‐Flow) and Monet 3 s for FB‐One and TP‐Fill produced the lowest Δ T values (0.9–1.7°C). No significant differences were found among composites. Conclusions Short 1‐ to 3‐s exposures produced acceptable temperature rises, regardless of the composite. Clinical Significance The energy delivered to the tooth by the LCUs affects the temperature rise inside the pulp. The short 1–3 s exposure times used in this study delivered the least amount of energy and produced a lower temperature rise. However, the RBC may not have received sufficient energy to be adequately photo‐cured." @default.
- W4319163261 created "2023-02-04" @default.
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- W4319163261 date "2023-02-04" @default.
- W4319163261 modified "2023-10-01" @default.
- W4319163261 title "In‐vitro pulpal temperature increases when photo‐curing <scp>bulk‐fill resin‐based</scp> composites using laser or light‐emitting diode light curing units" @default.
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- W4319163261 doi "https://doi.org/10.1111/jerd.13022" @default.
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