Prof Jon Marsden
University of Plymouth
Jonathan graduated with a BSc (Hons) 1st Class in Physiotherapy from Manchester University in 1991 and graduated with an MSc (Distinction) in Neurological Science, from University College in London. Where he also went on to receive his PhD in Clinical Medicine, 2000.
Jonathan currently teaches on the MSc in Neurological Rehabilitation at the School of Health Professions. He is the lead for the "Cognition, perception and behaviour" module and contribute "sensorimotor control in neurological practice" and "pathomechanics and rehabilitation of gait and balance". He also contributes to the undergraduate physiotherapy program Neurological Physiotherapy module.
His research interests and experience are in the field of neurorehabilitation and human motor physiology. He is currently investigating the pathophysiology and rehabilitation of balance and gait disorders after central and peripheral neurological lesions in adult and paediatric populations.
An introduction to the physiology and pathophysiology of eye movements
Accurate eye movements are critical for functional movements and a stable perception of the visual world. This presentation will discuss the neural control of different types of eye movements and how they are affected by lesions to the central nervous system. It will outline how an assessment of eye movements can support clinical decision making and describe current evidence
for the effects of rehabilitation.
EVEN MORE SEMINARS
Maroun Farah Senso Medical Labs
BioPot platform: development of EEG, EMG and Bioimpedance patch and tattoo wearables
Rosanne Tyas Royal Hospital for Neuro-disability
Emotional Support and Adaption: Considering emotional aspects of music therapy with people with a neuro-disability.
Philip Coulthurst CFG Law
Working in collaboration to improve brain injury rehabilitation
Janet Schmitt Queen Elizabeth Foundation Neuro Rehabilitation Service
Bridging the gap – a 3 rd sector solution
Susan Wood Matthew’s Friends Clinics
Ketogenic Diet Therapy in Adults; complex epilepsy and beyond.