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Hedgehog Signalling In Limb And Craniofacial Development And Disease
Funder
National Health and Medical Research Council
Funding Amount
$494,544.00
Summary
Anomalies of the face and limbs are amongst the most common features of human birth defects, and their frequent association suggests that the same genes are involved in governing the development of the limbs and face during embryogenesis. We have used a genomics-based approach to identify genes involved in limb development based on their alteration in a mouse model which develops extra fingers and toes. Defects in this mouse result from changes in Gli3, a gene which is known to be important in b ....Anomalies of the face and limbs are amongst the most common features of human birth defects, and their frequent association suggests that the same genes are involved in governing the development of the limbs and face during embryogenesis. We have used a genomics-based approach to identify genes involved in limb development based on their alteration in a mouse model which develops extra fingers and toes. Defects in this mouse result from changes in Gli3, a gene which is known to be important in both limb and face development. Based on the organs in which our genes of interest are active, we believe that they will also play key roles in embryonic development of the limbs, face and other organs. We now plan to investigate the regulation of a subset of these genes based on analysis in mouse models of limb and face development. In addition, we have chosen to further analyse the function of a completely novel gene we have identified which our preliminary studies suggest may play a role in the normal development of the lip and palate. These studies have the potential to shed light on the processes governing how organs develop, as well as on the molecular basis of common birth defects such as polydactyly (extra fingers and toes) and cleft palate.Read moreRead less
A Network Of Sites And ‘up-skilled’ Therapists To Deliver Best Practice Stroke Rehabilitation Of The Upper Limb.
Funder
National Health and Medical Research Council
Funding Amount
$955,910.00
Summary
We aim, through our partnership, to bring better therapy to more stroke survivors. Effective therapies are available to improve hand function but survivors are not currently receiving these. We will systematically address this evidence-practice gap using knowledge-transfer methods to up-skill therapists and change practice behaviours. A network of sites and up-skilled therapists will deliver this therapy and sustain change. A template will guide future translational activities.
Randomised Controlled Trial Of Virtual Reality Therapy After Stroke
Funder
National Health and Medical Research Council
Funding Amount
$452,264.00
Summary
Stroke is the second largest cause of disability in Australia. There is no cure, so patients must rely on therapy to restore movement. We want to make rehabilitation more effective. This study compares virtual reality game therapy (using the Nintendo Wii) to current best practice (constraint therapy). We anticipate patients will improve more with Wii therapy. Because it is fun, patients will enjoy therapy and spend longer training resulting in a greater recovery and better movement ability.