Diffusion-induced water movement within resin-dentin bonds during bonding.

@article{Hashimoto2006DiffusioninducedWM,
  title={Diffusion-induced water movement within resin-dentin bonds during bonding.},
  author={Masanori Hashimoto and F R Tay and Hidehiko Sano and Masayuki Kaga and David Henry Pashley},
  journal={Journal of biomedical materials research. Part B, Applied biomaterials},
  year={2006},
  volume={79 2},
  pages={
          453-8
        }
}
It is thought that water-filled channels and nanovoids in resin-dentin bonds represent potential sites for degradation of bonds or hydrolysis of collagen or both. How water gains access to bonded interfaces is not clear. This study evaluated the diffusion-induced water uptake through resin-dentin interfaces during bonding. Two light-cured total-etch adhesive systems (Excite and One-Step Plus) and a chemical-cured adhesive (Amalgambond Plus) were used in this study. Dentin disks were placed in a… CONTINUE READING
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