Dr Henson is a University Senior Lecturer in the Department of Veterinary Medicine and a Research Fellow in the Department of Surgery. Her research interests are in the pathophysiology of joint disease and repair.
Her particular areas of active research interest include the use of autologous cells, biological factors and biosynthetic scaffolds to repair musculoskeletal damage, the response of cartilage to load (with particular emphasis on the response of the serine protease HtrA1) and the role of the wnt signalling pathway inhibitor, sclerostin, in joint damage and repair. She is also interested in stem cell tracking and in developing novel methods for detecting tracked cells through advanced imaging and is the UK Lead on the EU funded STARSTEM project and is a member of the Tissue Engineering Centre funded by ARUK.
1. Whitty, C., Wardale, R.J. and Henson F.M.D. (2018) The regulation of sclerostin by cathepsin K in periodontal ligament cells. Biochemical Biophyical Research Communications 503 550-555.
2. Baird, A., Lindsay, T., Everett, A., Paterson, Y.Z., McClellan, A., Henson F.M.D. and Guest D. (2018) Osteoblast differentiation of equine induced pluripotent stem cells. Biology Open doi: 10.1242/bio.033514.
3. Lydon, H., Brooks, R., McCaskie, A.W. and Henson F.M.D. (2018) Peripheral mononuclear blood cell apheresis in a preclinical ovine model. BMC Veterinary Research 14 47.
4. Hopper N., Singer, E. and Henson F.M.D. (2018) Increased sclerostin associated with stress fracture of the third metacarpal bone in the TB racehorse. Bone and Joint Research7 94-102
5. Newell, K., Chitty, J. and Henson F.M.D. (2018) “Patient reported outcomes” following experimental surgery – using telemetry to assess movement in experimental ovine models. Journal of Orthopaedic Research 36 1498-1507
6. Lydon, H., Getgood, A. and Henson F.M.D. (2017) Healing of Osteochondral defects via endochondral ossification in an ovine model. Cartilage doi: 10.1177/1947603517713818
A full list of publications can be found at Google scholar
Areas of expertise
cartilage osteochondral defects, joint surface repair, stem cells, animal models