This is a full-time position until 31st December 2027, suitable for a talented imaging scientist interested in joining an international team investigating the impact of proton beam therapy on the brain.
Research Context
Long-term survival after childhood brain tumour treatment has reached an all-time high of 75%. Despite advances in targeted radiotherapy methods like proton beam therapy, many children develop neurological, hypothalamic/pituitary, and cognitive problems. The Brainatomy2 project (https://www.mcrc.manchester.ac.uk/brainatomy-2/ ) aims to improve outcomes by using quantitative MRI to understand the long-term effects of proton beam therapy. We plan to recruit 150 children and young adults who underwent proton beam therapy at least five years ago.
Role Responsibilities
The Research Associate will utilize advanced MRI techniques, including high angular resolution diffusion-weighted imaging (DWI), arterial spin labelling (ASL), and functional MRI, to detect changes in brain microstructure and microvasculature. The role involves evaluating how these changes correlate with cognitive deficits, considering radiation dose maps to assess the impact on regional brain volume, blood flow, and microstructure.
Collaborative Environment
You will work alongside an international team of experts in brain tumour research, including oncologists, radiation physicists, neuroradiologists, and cognitive neuroscientists.
What you can expect in return:
* Excellent health and wellbeing services, including an Employee Assistance Programme
* Generous annual leave entitlement plus bank holidays
* Additional paid leave over Christmas
* Discounts at major retailers
We are committed to diversity and equality and welcome applicants from all backgrounds. The university supports flexible working arrangements, including hybrid options.
Application Process
Please note, we do not accept CVs or applications from recruitment agencies. Enquiries from agencies should be directed to People.Recruitment@manchester.ac.uk. Submission of CVs by agencies will be considered a gift.
This vacancy will close at midnight on the closing date. Please refer to the Further Particulars document for the person specification criteria.
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