Özet:

Purpose: In order for the adjectives to be better connected to the tooth, it is necessary to completely remove the canal patch from the tooth wall. This study has studied the effect of different channels of the removal protocols on one-stage adhesive contaminated dentine push-out connectivity with a bioseramic channels of the adhesive. Tools and Methods:Alt 2 premolar tooth 3mm diameter cylindrical root channel entrance caves opened. All channels were shaped with the NiTi R25 Resiproc curve (VDW, Germany) and filled with EndoSequence BC channel curve (Brussels, America) and guta-perka. The root channels in the control groups were not filled, so the coronary dentin surfaces were not contaminated with the channels. The G-Premio Universal Bond (GC Corp., Japan) and the G-Enial Composite (GC Corp. The restoration was done in Japan. In the experimental groups, the surfaces of dentin were contaminated with EndoSequence BC and cleaned with dry cotton pellet, distilled water saturated cotton pellet, 2 ml distilled water or water ultrasound energy. After the canals were removed, the cavity surface was restored with adhesive and composite resin. Examples were horizontally cut at a thickness of 1.5 mm to assess push-out connectivity. Each sample has 2 cuts. The highest connectivity resistance values are obtained in the control group, followed by ultrasound washing, washing with water, cleaning with wet cotton and cleaning with dry cotton. Control group with dry cotton (p = 0.038) and ultrasonic with washing group with dry cotton (p = 0. There is a significant difference between 041. Results:The connectivity of the bioseramic channel paths increases properly with the amount of water used. Keywords:Adezyon, Composite, Root Channel Spray

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