The Feasibility And Effectiveness Of A Family-based Intervention For Indigenous Australians With Alcohol Dependence.
Funder
National Health and Medical Research Council
Funding Amount
$218,291.00
Summary
This study aims to determine the feasibility of implementing a family-based intervention in an Indigenous community-controlled health service in rural NSW and it's level of acceptability to Indigenous patients. The expected main benefits of implementing the family-based intervention are increases in the percentage of Indigenous individuals with alcohol dependence entering and engaging in evidence-based treatment.
Whether holding the arm still or standing, the brain uses a silent proprioceptive sense that unconsciously detects and controls our movements. Key sensory receptors for this sense are located within the muscles that are also contracting. This is a project to discover how proprioception is affected by muscle contraction and how this affects postural control. This will improve the management of many common disorders that affect movement and balance.
Human Factors And Patient Safety During Paediatric Heart Surgery: An Evidence-based Approach To Improve Patient Outcomes
Funder
National Health and Medical Research Council
Summary
The research project aims to improve outcomes of children undergoing repair of heart birth defects. The novel study is devised to engage health care providers in the re-design of surgical interventions to improve child outcomes. The collaborative approach of engaging health care providers and carers in the design of improvement interventions can help overcome the implementation gap and ensure rapid improvement and enhanced patient safety of children undergoing heart surgery repair.
Phenotypic And Functional Characterization Of Human Dendritic Cell Subsets Generated In Vitro And Isolated From Tissues
Funder
National Health and Medical Research Council
Funding Amount
$586,428.00
Summary
The immune system defends us against infections and cancer. Dendritic cells (DC) are white blood cells that have a central role to both activate the immune system and to regulate immune responses. In this study, we will determine the functional differences of human DC populations, because a clear understanding of the functional differences between different human DC types is essential for utilizing DC in designing more effective vaccines and immune therapies for clinical applications.