This pre-doctoral award provides salary costs for six months full-time or up to one year part-time for nurses, midwives or allied health professionals working clinically or in a research capacity for the OUH and/or the University of Oxford.
Funds available
The funding is usually used to provide salary costs for full-time research for 6 months, or part-time research for up to one year. Additional funds may be available to cover specific research-related fees such as publication costs and training fees, including our “Essential Research Skills” training course.
The time may be used for analysis and writing up of existing data, to explore a pilot study or to generate data for an application or a publication. The aim of the funding is to generate a publication to aid any eventual postgraduate application.
Application
You will need to have identified a research project and supervisor before applying as well as a statement from your current line manager agreeing to you reorganising your working hours.
Download the application form (zipped Word file). Completed application forms should be returned by e-mail to Karen.bell@medsci.ox.ac.uk
Conditions associated with the award
You will be expected to remain in touch with the BRC Training and Education Project Manager (Karen.bell@medsci.ox.ac.uk) during the funding period. Any resulting publications must give credit to the Oxford Biomedical Research Centre. You will be expected to submit a report at the end of the funding period.
Case Studies
Here the 2019 fellowship recipients discuss what this support means to them.
Martha Batting
Physiotherapy Department, Nuffield Orthopaedic Centre
“I am delighted to have been awarded a preparatory fellowship by the Oxford BRC. The funding will enable me to pilot the feasibility of a backwards walking programme for patients following hip or knee replacement.
“Backwards walking may help patients take a protective backwards step to reduce the risk of falls. It is also known to improve muscle strength and balance. This preparatory fellowship is the ideal platform for me to perform a pilot study and further improve my research skills before applying for further research and academic funding.”
Colin Forde
Trauma Outpatient Department, John Radcliffe Hospital
“I am delighted to work with the NIHR Oxford BRC to continue my research into the best physiotherapy management of patients after a kneecap dislocation.
“During my preparatory fellowship, I will write up an existing project that assessed the feasibility of implementing an intense exercise intervention for adults after a kneecap dislocation, and complete a systematic review of the lower limb muscle strength outcomes after this injury.
“This preparatory fellowship will also enable me to undertake training in qualitative research methodology and to work with patient partners to support the development of an application to the NIHR Doctoral Fellowship Programme.”
Sri Sabapathy
Trauma Physiotherapist, Trauma Unit, John Radcliffe Hospital
“I received my basic and orthopaedic specialty physiotherapy training in India. After being involved in clinical and teaching responsibilities, I pursued an MSc in a Medical Rehab research degree in Canada.
“I currently work as an inpatient Trauma Physiotherapist at the John Radcliffe Hospital in Oxford. I am grateful for the preparatory fellowship that I have received from the NIHR Oxford BRC.
“This funding will give me protected time to conduct a systematic review on how anxiety and depression affects patients with orthopaedic trauma. The funding will also support patient partnership initiatives and a qualitative research methods course. I will be supervised by researchers at the Physiotherapy Research Unit, headed by Prof Karen Barker.”
Laura Wood
Optometrist, Oxford Eye Hospital
“In my current role as a research optometrist I see patients with inherited retinal diseases on gene therapy clinical trials. Clinical trials to prevent these sight-threatening conditions require reliable, sensitive measures of vision, known as endpoints, to indicate their effectiveness.
“One such endpoint is visual acuity, a measure of central vision.Low luminance visual acuity involves measuring central vision in low light. In macular degeneration, this has been shown as a good predictor of subsequent visual acuity loss.
“Currently there is no reported application in inherited retinal diseases and little appears to be known about the visual function the test represents. My research fellowship project involves reviewing and validating this low luminance visual acuity test as a clinical trial endpoint for inherited retinal diseases.”