subject predicate object context
43423 Creator c3baa1aae2495d9fcf383c433b46bfe0
43423 Creator ext-32337ee2800d8f366b745fb891cdd9cf
43423 Creator ext-36bbe9544a38ad02c0e7b3e4d283750d
43423 Creator ext-55ca3d5d6e5120ae5addd1c6557c9b08
43423 Date 2009-07-02
43423 Is Part Of repository
43423 abstract Since the pioneering experiments of Carlisle, silicon has been proposed to play a key role in the process of biomineralisation. Consequently, there has been a significant body of research that seeks to incorporate silicon substitutions into the apatite lattice. Recent work has also seen the modification of unsubstituted apatite to incorporate functional groups onto the surface of apatite crystals in order to attach specific enzymes, drugs, or other therapeutic biomolecules. In this study, we have modified the surface of apatite nanocrystals with thiol functional groups. The silicon substituted HA with thiol were analyzed using X-ray diffraction, Fourier Transform Infrared spectroscopy and X-ray photoelectron spectroscopy.
43423 authorList authors
43423 presentedAt ext-ea0f673e37d89debb53b78010552600a
43423 status nonPeerReviewed
43423 type AcademicArticle
43423 type Article
43423 label Jiang, Peih-Jeng; Mendes, Paula M.; Bowen, James and Grover, Liam M. (2009). Surface modification of silicon substituted apatite. In: 8th Annual Conference of the UK Society for Biomaterials, 2-3 Jul 2009, Newtownabbey, UK.
43423 label Jiang, Peih-Jeng; Mendes, Paula M.; Bowen, James and Grover, Liam M. (2009). Surface modification of silicon substituted apatite. In: 8th Annual Conference of the UK Society for Biomaterials, 2-3 Jul 2009, Newtownabbey, UK.
43423 Title Surface modification of silicon substituted apatite
43423 in dataset oro