MacDiarmid Investigators success with MSI bids

Congratulations to the following MacDiarmid Institute Investigators named on awarded MSI grants, in no particular order:   New Cathodes, $964,050 over 2 years: Simon Hall (Lead Scientist, MU) Magnetic Devices, $3.9 m over 4 years: John Kennedy (Co-Lead Scientist, GNS) and Simon Granville (IRL) [Grant co-lead with Nick Long, IRL] Laser Micromachining, $7.8 m over […]

Read More

Manipulation of Individual Biological Cells (Evans, Alkaisi, Williams(D), Partridge)

Novel physical technologies will be used for studying biological systems, and exocytosis in cancer cells will be studied using the biochip and BioImprint technologies we have developed.   Additionally, a new project has been established to investigate how cells interact with micro/nano patterns made of biocompatible materials. An investigation that will lead to bioactive/biocompatible coatings […]

Read More

Tunable Nanopores for Genomics and Diagnostics (Willmott, Partridge, Tallon, Etchegoin, Tilley)

This objective aims to develop applications for tunable nanopores in collaboration with Izon Science, a Christchurch nanotechnology startup.  A long-term goal is to achieve sequential detection of bases on RNA or DNA segments as they pass through a nanopore. To do this, tunable nanopores are being studied in combination with plasmonic noble metal particles and […]

Read More

Surface Plasmon Resonance (SPR) Instrument

About the Instrument: The SPR instrument detects extremely low concentrations of biological compounds in solution. It contains a sensor surface onto which specially designed ‘bait’ ligands, are attached to selectively trap target compound molecules as they float past in solution. The SPR device uses a very clever mechanism, involving ‘surface plasmon resonance’ to measure how […]

Read More