The QRC-PVD seeks expressions of interest from outstanding PhD, Masters and Honours candidates with relevant science backgrounds to undertake a range of peripheral vascular disease related projects encompassing both pre-clinical and clinical work. Both full and top-up scholarships are available for applicants with excellent academic results and who are motivated to study this important area.
Potential PhD projects in the QRC-PVD include:
- Developing new mice models of abdominal aortic aneurysm (AAA)
- Investigating the effect of medication on aneurysm development and progression in mice models
- Relating human biomarkers to AAA presence and progression
- Investigating mechanisms underlying the association of obesity and AAA
- Investigating the influence of exercise on pathological markers of AAA.
- Assessing the influence of cytokines on aneurysm development in mice models.
Students interested in undertaking a PhD or Masters project in the QRC-PVD should contact Professor Jon Golledge to discuss these and other projects of mutual interest.
Higher degree students may be eligible for a scholarship through the Australian Postgraduate Award (APA) scheme or the James Cook University Postgraduate Research Scholarship scheme. Other scholarship opportunities may also be available, please visit Scholarships@JCU to search available scholarships.
The QRCPVD offers Combined PhD scholarships of up to $34,000 p.a to APA or JCU post graduate scholarship holders who wish to undertake research within the QRCPVD at James Cook University.
Students who have completed their undergraduate training in a MBBS, BSc, BBiomedSc, BMedlabSc or equivalent program and are interested in participating in the Medicine or Biochemistry and Molecular Biology Honours Program are encouraged to contact Professor Jon Golledge . Honours studies require a full-time commitment for one year (two semesters) and can start in either February or August.
Potential Honours Projects in the QRC-PVD include:
- Pharmacological inhibition of aortic aneurysm using an animal model.
- Genetic determinants of aortic aneurysm development in an animal model.
- Genetic determinants of aortic aneurysm in patients.
- Examining critical pathways in aortic aneurysm in vitro using human cells and explants.
- Examining critical pathways in atherosclerosis plaque instability in vitro.
- Examining genetics of varicose veins.