I completed my BSc in Biomedical Science at Sheffield University, going on to study my PhD in the Medical School which moved my focus to clinical applications of basic biology. I gained experience in a truly interdisciplanary field, combining engineering techniques and analyses, human physiology and clinical science to evaluate the potential use of whole body vibration as a therapy for osteoporosis, by quantifying the impact it has on the skeleton. This sparked my enthusiasm for investigating physical activities as a countermeasure to ageing and I applied my medical engineering skills in a postdoctoral research position looking to develop a new diagnostic technique for osteoarthritis.
Following on from my postdoctoral research post, I developed my lecturing in further education before moving into the role of lecturer of biological and biomedical science.
Qualifications and memberships
PhD: 'Evaluation of the Impact of Mechanical Vibration on the Adult Skeleton' (University of Sheffield Medical School)
BSc Biomedical Scince (University of Sheffield)
Society for Endocrinology: Scientist-in-training
Academic and research interests
My research interest lies in the use of exercise and physical interventions for the management of musculoskeletal conditions in older populations. In addition to this, I also have an interest in the effects of ultra distance sport on the musculoskeletal system amongst other physiological systems. I conduct research in the following areas:
Exercise Physiology and Biomechanics
Spain L, Rajoub B, Schlüter D, Waterton J, Bowes M, Shark LK, Diggle P, Goodacre J. Biomarkers for Knee Osteoarthritis: New Technologies, New Paradigms. Clinical Rheumatology (2015).
John Goodacre, Daniela K Schlueter, Lik-Kwan Shark, Lucy Spain, Nicola Platt, Nicola Platt, Joe Mercer, John C Waterton, Mike Bowes, Mandy Dixon, Jane Huddleston; 097 Identifying novel acoustic emission biomarkers for use in knee osteoarthritis clinical trials, Rheumatology, Volume 57, Issue suppl_3, 1 April 2018.