Find an Expert
Professor
Megan
Davis
Faculty/Unit:
Office of the DVC (Academic)
Research areas:
Indigenous peoples and law (human rights); Indigenous women in Australian democracy; Indigenous peoples in international law; United Nations Draft Declaration on the Rights of Indigenous Peoples.
Dr
Ali
Amin
Faculty/Unit:
The Co-Op Program
Research areas:
Fibre Reinforced Concrete StructuresReinforced Concrete StructuresHigh Performance Concrete
Professor
Merlin
Crossley
Faculty/Unit:
Office of the DVC (Education)
Research areas:
Genetics and microbiology.CRISPR gene editingEpigeneticsHuman genetic diseaseGene therapy
Professor
Anne
Simmons
Faculty/Unit:
Office of the DVC (Education)
Research areas:
Sterilisation of medical devices, Extracorporeal systems including haemodialysis and apheresis, Biostable biomaterials
Professor
Richard
Buckland
Faculty/Unit:
Learning & Teaching Unit
Research areas:
Cybercrime, Hacking and hackersSecurity Engineering,Electronic elections, Election Safety, Election Cyber FraudCryptography,Education, MOOCS, Online Education, Teaching and Learning.
Professor
Sue
Starfield
Faculty/Unit:
Learning Centre
Research areas:
Learning & language support at tertiary level; international students' teaching, learning & language issues; doctoral writing; academic writing; writing for scholarly publication; learning through a second language; policy development for student support.
Professor
Eileen
Baldry
Faculty/Unit:
Office of Division of I&D
Research areas:
Prison policy / prisoners; women in prison; criminal justice; homelessness of ex-prisoners.
Associate Professor
David
Cohen
Faculty/Unit:
Academic Board
Research areas:
Mineral exploration, environmental geology, creationism-evolution debate.
Dr
Elvis
Pandzic
Faculty/Unit:
Bio-medical Imaging Facility
Research areas:
My expertise is defined by analysis of images acquired by various different microscopy modalities. The main area is occupied by my mastering of the suite of advanced techniques, commonly known as Image Correlation Spectroscopy, which continue extending to new approaches, depending of the problem at hand. These techniques use the correlation of the pixels' fluctuations in space and time in order to quantify the number density, co-localization and dynamics of molecules and molecular complexes, from image time series of live cells. Also, during two years of post-doctoral work, I acquired experience in both imaging and data interpretation in single-molecule approaches such as dSTORM, PALM, sptPALM. More broadly, I apply my experience of ~15 years of programming knowledge in Matlab and cellular and molecular biophysics, in order to help BMIF users and broader national and international scientific community to solve various problems and define tailored image analysis approaches to the problem at hand.
Keywords:
fluorescence microscopy, fluorescence spectroscopy, super-resolution fluorescence microscopy, Single-molecule biophysics, biophysics, cellular biophysics, mechanobiology, cytoskeleton
Dr
Valerie
Wasinger
Faculty/Unit: