RSC - Advancing the Chemical Sciences


Conferences and Events

 

Topic: Materials at the Bio-Ceramic Interface


See below for the full programme for the Materials at the Bio-Ceramic Interface sessions.

Session: Materials at the Bio-Ceramic Interface (i) - Monday 2 July (am)


Keynote
Jonathan Knowles
UCL Eastman Dental Institute, UK

Inorganic-polymer composite particles for staged vaccine delivery via nasal inhalation
Gareth M Forde*, Jenny Ho, Wei Zhu and Huanting Wang
Bioengineering Laboratory (BEL), Monash University, Australia

MAS-NMR studies of glass polyalkenoate cements
Norhazlin Zainuddin*, Robert G Hill and Robert V Law
Imperial College London, UK

Does magnesium substitute for calcium in the apatite lattice?
Sally Watts*, Robert G Hill and Robert V Law
Imperial College London, UK

Immobilization of hexa-arginine tagged esterase onto multiwalled carbon nanotubes via electrostatic attraction 
A Laromaine*, J Jeong, M Schaffer, R Verdejo, B H Chung and M M Stevens
Imperial College London, UK


Session: Materials at the Bio-Ceramic Interface (ii) - Monday 2 July (pm)


Keynote
Serena Best
University of Cambridge, UK

TheraGlass: a vehicle for delivery of bioactive materials 
Xiaobin Zhao*
NovaThera Ltd, UK

Characterisation of the self-assembly of peptide-functionalised gold nanoparticles
L Koh*, A Laromaine, M Murugesan and M M Stevens
Imperial College London, UK

Doped iron-oxide nanoparticles for tumour therapy via magnetic field hyperthermia
Philip Drake*, Hui-Ju Cho and Yuh-Jiuan Lin
Industrial Technology Research Institute, Taiwan

The activity of diatom inspired synthetic polyamines in silicification
David Belton*, Vadim V Annenkov, Siddharth V Patwardhan, Elena N Danilovtseva and Carole C Perry
Nottingham Trent University, UK

Does architecture of an additive have an important role to play in the precipitation and dissolution of silica?
Graham E Tilburey, Siddharth V Patwardhan*, and Carole C Perry
Nottingham Trent University, UK

A MAS-NMR and Rietveldt study of mixed calcium/strontium apatites
Adam Calver*, Stephen J Skinner, Robert G Hill and Robert V Law
Imperial College London, UK