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F. R. Tay

Researcher at University of Hong Kong

Publications -  29
Citations -  2104

F. R. Tay is an academic researcher from University of Hong Kong. The author has contributed to research in topics: Dentin & Bond strength. The author has an hindex of 21, co-authored 29 publications receiving 2019 citations. Previous affiliations of F. R. Tay include University of Siena.

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Fluid Movement across the Resin-Dentin Interface during and after Bonding

TL;DR: The amount of fluid movement across resin-bonded dentin when total-etch adhesives were used was significantly greater than that with self-etching adhesive, suggesting that the milder acid-etched effects of self- fetching primers may retain hybridized smear plugs within the tubules that reduce outward fluid flow, resulting in superior dentin sealing.
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Adhesive permeability affects coupling of resin cements that utilise self-etching primers to dentine

TL;DR: Placement of an intermediate layer of a LVBR between the bonded dentine surface and the resin cements resulted in improved coupling of Panavia F to dentine, suggesting that reduced permeability of the adhesives resulted inImproved coupling of the resincements to dentin.
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Aging Affects Two Modes of Nanoleakage Expression in Bonded Dentin

TL;DR: Silver uptake in water-binding domains of the adhesive layers increased with aging, resulting in water tree formation and water-filled channels may act as potential sites for hydrolytic degradation of resin-dentin bonds.
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The adhesion between fibre posts and composite resin cores: The evaluation of microtensile bond strength following various surface chemical treatments to posts

TL;DR: Hydrogen peroxide and hydrofluoric acid both modified the surface morphology of fibre posts and with silane, significantly enhanced the interfacial strength between them and core materials.
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Effects of HEMA/Solvent Combinations on Bond Strength to Dentin

TL;DR: Bond strengths are related to the ability of the primer to maintain the re-expansion of collapsed demineralized dentin matrix and are directly correlated with the width of the interfibrillar spaces.