- 著者
 
          - 
             
             Takaaki SATO
             
             Rena TAKAHASHI
             
             Shin ROZAN
             
             Saki UCHIYAMA
             
             Yuta BABA
             
             Martina VICHEVA
             
             Ayaka SATO
             
             Masaomi IKEDA
             
             Tomohiro TAKAGAKI
             
             Toru NIKAIDO
             
             Junji TAGAMI
             
          
 
          
          
          - 出版者
 
          - The Japanese Society for Dental Materials and Devices
 
          
          
          - 雑誌
 
          - Dental Materials Journal (ISSN:02874547)
 
          
          
          - 巻号頁・発行日
 
          - vol.40, no.3, pp.719-726, 2021-05-25 (Released:2021-05-29)
 
          
          
          - 参考文献数
 
          - 34
 
          
          
          - 被引用文献数
 
          - 
             
             1
             
             
             2
             
             
          
        
 
        
        
        This study evaluated the effect of temporary sealing materials and cleaning protocols on the bond strength of resin cement applied to dentin using resin-coating technique. Scotchbond Universal Adhesive and Filtek Supreme Ultra Flowable were applied to bovine dentin. Forty-five specimens were divided into the following three groups according to the temporary sealing materials: Cav-: CAVITON EX, Vas-: COCOA BUTTER and FIT SEAL, and Sep-: Washable SEP and FIT SEAL. Each material was placed on resin-coated dentin. After 1-week water storage, one of the following three cleaning protocols was performed: -WA: washed with water, -BR: brushed with PRESSAGE, and -AF: cleaned with AIR-FLOW. Microtensile bond strength test and EDS analysis were conducted. Irrespective of the cleaning protocol used, Washable SEP demonstrated less residual debris on resin-coated dentin, resulting in high bond strength. Regardless of the temporary sealing material applied, AIR-FLOW demonstrated less residual debris, resulting in high bond strength.