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Identification And Analysis Of Novel Genes And Regulatory Regions Associated With Disorders Of Sex Development
Funder
National Health and Medical Research Council
Funding Amount
$318,768.00
Summary
Children born with a disorder of sex development (DSD) may differ from typical males or females in their chromosomes, hormones or reproductive organs, sometimes resulting in infertility or gonadal cancer. DSDs are the most common birth defect and yet, most cases are unexplained genetically. I hope to identify new genes needed for gonad formation that cause DSD when mutated. This work will provide answers as to how DSDs arise, and allow informed decision-making regarding possible treatments.
Analysis Of T Cell Fate Regulation By Asymmetric Cell Division
Funder
National Health and Medical Research Council
Funding Amount
$287,321.00
Summary
The aim of this research is to study how white blood cell growth is regulated by signals of the immune system. Problems in this process can have drastic effects on the well being of an individual leading to deficiencies in controlling infection and development of diseases such as cancer. Once we understand how these signals regulate white blood cell growth, we can begin to develop therapies to provide protection against these diseases.
SPARC Induced Tendon Differentiation And Regeneration
Funder
National Health and Medical Research Council
Funding Amount
$154,718.00
Summary
Tendinopathy has a significant patient morbidity, which is a clear burden to the Australian economy. A better fundamental grasp of tendon tissue biology is urgently required. This study will enable us to establish the role of matricellular protein SPARC in tendon function, thus enhance the understanding of tendon biology and enable translation of the bench work to potential clinical applications.
The Investigation Of Immune Function In Mice Deficient In RNA-binding Molecules.
Funder
National Health and Medical Research Council
Funding Amount
$419,737.00
Summary
Our immune system is delicately balanced between fighting off bugs and destroying infected cells yet protecting healthy cells within the body. The ways in which the immune system responds to attack is regulated by certain genes within the body. This project is focussing on cutting edge research that describes a newly identified way of fine-tuning the immune system. We are studying RNA-binding molecules that can bind to and block genes involved in immune function.