Multi-Disciplinary Research
Our research focuses on using smart external physical cues to control adult stem cell fate. Combining temporal single cell analysis with custom fabricated high through-put cell culture systems, our multidisciplinary group spans the fields of materials, biology, and engineering.
- Single cell analysis – Advanced Atomic Force Microscopy to measure biophysical and biochemical changes in individual living cells.
Smart stimulus platforms – Custom fabricated cell culture platforms are developed in RMIT’s Micro Nano Research Facility and Advanced Manufacturing Precinct..
Personalised tissue engineering – Using external physical stimuli we can control stem cell fate to target different phenotypes, thus paving the way for personalised tissue engineering for individual patients.
Single Cell Analysis
An Innovative Toolkit
Read more about our research using Atomic Force Microscopy.Smart Stimulus Platforms
Advanced Fabrication
Read more about our facilities for 3D printing and microfabrication.Personalised Tissue Engineering
Tailoring Solutions for the Individual
Read more about how personalised tissue engineering can benefit patients on a case-by-case basis.News
The Gelmi Group Welcomes Luke Martino and Veronica Perera As They Begin Their PhD Candidature at RMIT
The Gelmi Group welcomes the arrival of two additional members, Luke Martino and Veronica Perera, who begin their PhD journey under the guidance of Dr [...]
Chayla Reeves Receives Biotechnology and Biological Sciences Prize
On Thursday 9th May 2024, Chayla attended the RMIT School of Science Student Prize Awards night along with several other students from the STEM College. [...]