UNASSIGNED: In this study, wear and @entity3760 by resin-based coating materials were investigated. Seven commercially available coating materials, with and without fillers, were used. A mechanical wear test was performed, and the specimens were then examined with a scanning electron microscope. @entity3358 and elastic modulus measurements for each material were obtained by nanoindentation testing. Thin layers of each material were applied on @entity1 enamel surfaces, which were subjected to alternating immersion in demineralizing and remineralizing solutions. The inhibition ability of enamel demineralization adjacent to the coating was estimated with depth-dependent mechanical properties using the nanoindentation test. The non-filled coating material showed significantly lower @entity3358 , lower elastic modulus, and higher @entity353 . There were no significant differences in @entity353 among the six filled coating materials. After the alternating immersion protocol, the enamel specimens having application of coating materials with ion-releasing ability were harder than those in the other groups in some locations 1-11  m from the enamel surface and within 300  m from the edge of the coating materials. In conclusion, clinical use of the resin-based coating materials with ion-releasing ability may prevent demineralization of exposed enamel adjacent to the coating during treatment.

Wear characteristics and XXXX by resin-based coating materials.

@entity3760 :: ('MESH:D017001', 'Disease') :: ['inhibition of enamel demineralization'] @entity1 :: ('9606', 'Species') :: ['human'] @entity3358 :: ('MESH:D018804', 'Disease') :: ['Hardness', 'hardness'] @entity353 :: ('MESH:D015431', 'Disease') :: ['weight loss']
@entity3760 :: (MESH:D017001,Disease) :: ['inhibition of enamel demineralization']
