I am delighted to have joined the Faculty in a part-time capacity in January of this year to help develop a new Impact Case Study related to spinal patient stratification based on biomechanics. It is a privilege to now be a part of the team, some of whom I have already worked with as a PhD supervisor.
As some of you know, I come from the AECC, the College of Chiropractic, which is an Associate College of the University. I have already participated in some unique collaborative studies with BU researchers over some years. My new post will enable me to continue such collaborations, but now as an actual member of BU staff.
My particular research focus has been on a novel technology called ‘Quantitative Fluoroscopy’, which I invented in the 1990s and have worked to develop and use in research ever since. This technology is becoming the gold standard for detecting strains between the vertebrae of the spine – and its use is expanding in the diagnosis of problematical spinal pain conditions.
With colleagues from BU, we have now begun to link these devices with other technologies and with modelling techniques to more thoroughly represent the integrated function of the spinal bones and tissues in a spectrum of disease conditions.
I look forward to meeting all of you and sharing these ideas and research activities.
Best wishes,
Alan











3C Online Social: Thursday 26 March 1–2pm – Research Culture, Community & Can you Guess Who?
Four BU students at national midwifery conference
INRC book roundtable/presentation by Drs Jonathan Cole and Catherine Talbot, Wednesday 22/04/2026, 13:00h, P426
BU M.Res. student’s evidence to UK Parliamentary Women & Equalities Committee
ECR Funding Open Call: Research Culture & Community Grant – Apply now
ECR Funding Open Call: Research Culture & Community Grant – Application Deadline Friday 12 December
MSCA Postdoctoral Fellowships 2025 Call
ERC Advanced Grant 2025 Webinar
Update on UKRO services
European research project exploring use of ‘virtual twins’ to better manage metabolic associated fatty liver disease