Page 214 - Visions of the Future Chemistry and Life Science
P. 214

Contributor biographies  195



                                 Peter Hunter

























                                 Peter Hunter, 52, is a NZ Royal Society James Cook Fellow and Chair of
                                 the Physiome Commission of the International Union of Physiological
                                 Sciences. He founded the Biomedical Engineering Group at Auckland
                                 University which, in close collaboration with the Auckland Physiology
                                 Department, uses a combination of mathematical modelling techniques
                                 and experimental measurements to reveal the relationship between the
                                 electrical, mechanical and biochemical properties of cardiac muscle cells
                                 and the performance of the intact heart. A similar approach is also being
                                 used by the Auckland group to analyse gas transport, soft tissue mechan-
                                 ics and blood flow in the lungs with the aim of producing an anatomically
                                 detailed, biophysically based coupled heart–lung model for use in drug dis-
                                 covery and the clinical diagnosis and treatment of cardiopulmonary
                                 disease.


                                 Paul J. Kolston
                                 Born in Wellington, New Zealand, Paul Kolston studied at Canterbury
                                 University (NZ) where he graduated in 1985 with first class honours in
                                 Electrical and Electronic Engineering. He obtained his PhD there in 1989,
                                 although he spent one year of his PhD studies at the Delft University of
                                 Technology, The Netherlands. After a one-year post-doctoral position at
   209   210   211   212   213   214   215   216   217   218