An In Vitro Study Of The Effects Of Final Irrigation Protocols On A New Bioceramic Sealer

Aim & Objective: The objective of this in vitro research was to assess how final irrigation techniques affected the apical micro leakageof a bioceramic sealer.Materials and Methods: To standardise canal length, sixty single-rooted mandibular premolar teeth that had been removed were obtained decoronated. working length root canals established after accessing them. NiTi rotary files used prepare canals. Based on watering strategy, samples randomly split into three groups, totaling 20 N.Group1. 5 ml 17% EDTA for 1min followed by 5ml 5%NaOCl, Distilled water. Group2. Q MIX 2 1, Distilledwater. Group3. 2% CHLORHEXIDINE, Using single-cone approach novel sealant, obturated. enable sealer fully set, all roots put 100% humidity incubated at 37 oC 24 hours. After surfaces dried, two coats nail polish applied, with exception 2mm tip, which submerged 1% methelyne blue 72 that, longitudinally sectioned, dye penetration examined using stereomicroscope (10xmagnification). Image Pro Express 6 software, maximum leakage determined. One-way ANOVA Tukey's HSD post hoc analysis statistically analyse data.Results: Of experimental Group 1 least percentage leakage. Between each group, there significant variations degree (P 0.001).Conclusion: Within constraints investigation, it shown when Bioroot RCS as sealer, 5% sodium hypochlorite demonstrated