Particle-protein-cell interaction for orthopaedic implant wear debris

J. Gibbons; D.F. Patrick; K. Stanton; I. Lynch; K. Dawson

Particle-protein-cell interaction for orthopaedic implant wear debris

J. Gibbons, D.F. Patrick, K. Stanton, I. Lynch, K. Dawson

Research output: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

Protein adsorption patterns for the alumina particles, (see Fig. 2), are different to protein adsorption patterns reported in the literature for bulk substrates of the same material [4]. This could suggest that the predictability of the biological reaction to the bioceramic could need to be revised when dealing with nanoparticles.

Original language	English
Title of host publication	8th World Biomaterials Congress 2008
Pages	1352
Number of pages	1
Volume	3
Publication status	Published - 1 Jan 2008

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title = "Particle-protein-cell interaction for orthopaedic implant wear debris",

abstract = "Protein adsorption patterns for the alumina particles, (see Fig. 2), are different to protein adsorption patterns reported in the literature for bulk substrates of the same material [4]. This could suggest that the predictability of the biological reaction to the bioceramic could need to be revised when dealing with nanoparticles.",

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AU - Stanton, K.

AU - Lynch, I.

AU - Dawson, K.

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AB - Protein adsorption patterns for the alumina particles, (see Fig. 2), are different to protein adsorption patterns reported in the literature for bulk substrates of the same material [4]. This could suggest that the predictability of the biological reaction to the bioceramic could need to be revised when dealing with nanoparticles.

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Particle-protein-cell interaction for orthopaedic implant wear debris

Abstract

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