|
Prof Ben Adler
|
How Leptospira causes disease
Amount: $600,500
|
|
Prof Julian Rood
|
How is the expression of toxic genes controlled in the bacterium that causes gangrene?
Amount: $476,250
|
|
Prof Julian Rood
Dr Dena Lyras
|
How is the expression of toxic genes controlled in a major gastrointestinal pathogen?
Amount: $453,000
|
|
Prof David Jans
|
Microtubule-modulated subcellular trafficking and medical relevance
Amount: $508,500
|
|
Dr Reena Ghildyal
|
Role of viral 3C protease in rhinovirus pathogenesis
Amount: $544,500
|
|
A/Prof Tony Tiganis
Dr Stephen Turner
|
Regulation of T cell signalling
Amount: $304,500
|
|
A/Prof Tony Tiganis
|
Regulation of glucose homeostasis by phosphatises
Amount: $521,250
|
|
Dr Dena Lyras
Prof Julian Rood
|
How does Clostridium difficile cause diarrhoa in hospital patients?
Amount: $480,000
|
|
Dr Ian Smythe
|
How the ABCA 12 protein transporter controls lipid levels and affects the biology of the skin and cardiovascular system
Amount: $496,250
|
|
Prof Iain Clarke
Prof Ian Smith
|
Metabolic Control of Reproduction
Amount: $568,500
|
|
Prof Iain Clarke
A/Prof Alan Tilbrook
|
Gonadotropin inhibitory hormone
Amount: $599,025
|
|
Dr Margie Castillo-Melendez
A/Prof David Walker
|
What does low oxygen do to blood vessels in the fetal brain?
Amount: $556,500
|
|
Dr Grant Drummond
A/Prof Chris Sobey
|
The addition of sugar chains to Nox2 in vascular disease increases its capacity to generate free radicals
Amount: $531,250
|
|
Prof Harald Schmidt
Prof Barry McGrath
Dr Kirstin Wingler
|
Novel treatment strategies for cardiovascular diseases
Amount: $312,500
|
|
Prof Arthur Christopoulos
A/Prof Arthur Conigrave
|
Regulation of the calcium sensing receptor
Amount: $715,500
|
|
Prof Marcello Rosa
A/Prof Ramesh Rajan
|
Integrating the information from vision and hearing in the cerebral cortex
Amount: $472,200
|
|
Prof Christina Mitchell
A/Prof Harshal Nandurkar
|
Regulation of protein trafficking and cancer by the lipid phosphates MTMR4
|
|
Prof John Davies
Dr Charlene Kahler
|
Investigations into how bacterial cell surfaces vary, and the effect this has on the ability to cause disease
Amount: $531,500
|
|
Prof John Davies
|
Control of the bacterial genes involved in assembly of a structure that is essential for the infectious process
Amount: $269,250
|
|
A/Prof Matthew Watt
|
Do circulating ceramides contribute to type 2 diabetes?
Amount: $344,250
|
|
Prof Harald Schmidt
Dr Russell Brown
A/Prof Patrick Perlmutter
Dr Kirstin Wingler
|
Underlying mechanisms of cardiovascular disease
Amount: $475,800
|
|
Dr Marianne Tare
A/Prof Helena Parkington
Dr Shaun Sandow
Prof Michael Permezel
|
Local mechanisms that determine regional differences in ability of small arteries to deliver blood to organs in diabetes
Amount: $735,200
|
|
Prof Els Meeusen
A/Prof Thomas Cocks
Prof Robin Gasser
|
Investigating a new therapy for immune system diseases.
Amount: $464,525
|
