Dr Graham Chapman
School of Sport and Health Sciences
Graham was appointed as a research fellow in biomechanics within the Allied Health Research Unit in April 2019. Graham’s research interest focus on understanding the effects of musculoskeletal and neurological conditions on gait and how conservative treatments and/or surgical intervention help patients function. The aim of Graham’s research is to provide evidence-based outcomes which can be applied within a clinical setting.
Dr Chapman has published over 30 peer reviewed journal papers and has written a number of book chapters. Graham’s research spans the use of 3D kinematics/kinetics of lower limb gait analysis through to multibody modelling of joint function in combination with patient reported outcome measures to explore the effectiveness and efficacy of conservative and/or surgical treatments on patients’ function.
Dr Chapman is an experienced clinical biomechanist with over 10 years’ experience in biomechanical research with particular interest on the effect of pathological conditions, for example osteoarthritis and psoriatic arthritis on foot and ankle function and how surgical and conservative treatments can improve patients’ health and function. Dr Chapman has been successful in securing £0.5M in external funding.
- PhD in Motor Control, The University of Birmingham, UK, 2006
- MSc (Res) in Motor Control, The Manchester Metropolitan University, UK, 2002
- BSc (Hons) Exercise with Sport and Coaching Sciences, The Manchester Metropolitan University, UK, 2001.
- Musculoskeletal Disorders
- Gait analysis
- Surgical interventions
- Conservative interventions
- Visiting Research Fellow, Leeds Institute for Rheumatic and Musculoskeletal Medicine, University of Leeds
Use the links below to view their profiles:
- Allied Health Research Unit
- The effect of open and closed chain exercises of decomposition muscle activity
- The effect of functional foot orthoses on in-shoe foot kinematics
- LifeLong Joints – Improving total hip replacement longevity
- PERTUNE – Knee biomechanics post- Persona vs Attune total knee implants
- Total ankle replacement cohort – Examining the biomechanical effects of total ankle replacement on patient foot/ankle function
- SLIPS – Shear Load Inductive Plantar Sensing to improve the assessment and prevention of diabetic foot ulcers
- ESCAPES - Is dactylitis of the toe in psoriatic arthritis related to plantar shear stress trauma? A case control pilot study
- Diabetic clinical audit - The effectiveness of offloading devices for reducing diabetic foot ulcers
- UK-India Education and Research Initiative – Unicompartmental knee arthroplasty in Indian patients
- DRIVE – Randomised controlled trial on total knee replacements
- Leeds Osteoarthritis of the FooT (LOFT) study – The effect of midfoot osteoarthritis on patient function
- Group for Research and Assessment of Psoriasis and Psoriatic Arthritis (GRAPPA) $25,000, 2019
- EPSRC £20000, 2019
- EPSRC £253,000, 2018
- Council for Allied Health Professions Research (CAHPR) - £1000, 2017
- Vision Research Council Equipment Grant £2000, 2008