Development Of Site-specific Predictive Assay For Periodontal Disease Progression Using Mass Spectrometric &RT- PCR Anal
Funder
National Health and Medical Research Council
Funding Amount
$150,000.00
Summary
In this project new DNA-based technology will be developed to determine the numbers of specific bacteria in the dental plaque of patients. The project will also use new mass spectrometric analysis techniques for the determination of compounds in gingival crevicular fluid, an exudate from the gums. These two techniques will be used in a clinical trial to determine if periodontal (gum) disease progression can be predicted by changes in the numbers of bacteria or in the composition of gingival crev ....In this project new DNA-based technology will be developed to determine the numbers of specific bacteria in the dental plaque of patients. The project will also use new mass spectrometric analysis techniques for the determination of compounds in gingival crevicular fluid, an exudate from the gums. These two techniques will be used in a clinical trial to determine if periodontal (gum) disease progression can be predicted by changes in the numbers of bacteria or in the composition of gingival crevicular fluid. This could provide insight into the development of periodontal disease and lead to new preventive and treatment regimes.Read moreRead less
Microbial Involvement In The Development Of Inflammatory Bowel Disease
Funder
National Health and Medical Research Council
Funding Amount
$302,123.00
Summary
Despite extensive research investigating the causative agent(s) of Inflammatory Bowel Disease (IBD), the results of current studies remain inconclusive. One reason for this relates to study design and the sensitivity of techniques used. This project will investigate differences in the microbial composition and metabolic profiles of newly diagnosed IBD children as compared with matched controls. If successful, these results will provide insights into possible aetiological agent(s) of IBD.
Investigations Into The Aetiology Of Giant Cell Arteritis
Funder
National Health and Medical Research Council
Funding Amount
$165,067.00
Summary
Despite much research the precise pathoetiology of giant cell arteritis is poorly understood. Both environmental and genetic factors are thought to contribute to disease development. Though to date, no overriding mechanism for disease development has been identified. This research will apply modern molecular techniques to further explore the pathogenic processes in this devastating disease which in turn will hopefully provide insight into novel treatment modalities.
Immunisation Safety And Adverse Events: Improving Our Understanding Of Causes And Management
Funder
National Health and Medical Research Council
Funding Amount
$295,223.00
Summary
As the incidence of vaccine preventable diseases declines, adverse events following vaccination become increasingly important for both public and providers. This fellowship aims to improve our understanding of the risks of vaccination, potential causes, including genetic predisposition and long term clinical outcomes. A range of epidemiological, clinical and genetics studies will be performed. All these studies are targeted to understand who, what, how and why vaccine reactions occur and what ca ....As the incidence of vaccine preventable diseases declines, adverse events following vaccination become increasingly important for both public and providers. This fellowship aims to improve our understanding of the risks of vaccination, potential causes, including genetic predisposition and long term clinical outcomes. A range of epidemiological, clinical and genetics studies will be performed. All these studies are targeted to understand who, what, how and why vaccine reactions occur and what can be done to prevent or manage them better.Read moreRead less