Robotics combined with standard rehabilitation increase the effect of repetitive movements and verticalization, thereby increasing neurosensory input and improving the recovery of consciousness in patients with severe brain damage in the acute phase.
Patients with severe brain damage, especially in a coma, are kept in bed for a long time in order to maintain adequate cerebral blood flow, especially in the event of subarachnoid hemorrhage, or to avoid the risk of standing up.
However, a literature has shown the complications of prolonged bed rest and the benefit of mobilization in bed, out of bed and in an upright position. The results of our study in this area confirmed our hypothesis that early mobilization increases neurosensory input and improves consciousness recovery. In the case of severly affected patients, in the acute phase, robotics combined with traditional rehabilitation increase the effect of repetitive movements and verticalization.
In this webinar we will combine the neurophysiological context and clinical observations from a neurologis’s point of view as well as from a physical therapist’s point of view.
Meet our hosts
Patricia Gonçalves Rodrigues,
Clinical Applications Manager, Hocoma/DIH
Dr. Karin Diserens, PD-MER
Head of the acute neurorehabilitation unit- Centre Hospitalier Universitaire Vaudois (CHUV), Switzerland
Co-chair of the World Federation for Neurology, Special Interest Group for Early Neurorehabilitation
Co-chair of the European Academy of Neurology Neurorehabilitaion Management Group Panel
Member of the committee, European Federation of Neurorehabilitation Societies
Serge Duflon,
Physiotherapist in the Acute Neurorehabilitation Unit
Experienced in acute and subacute neuroreeducation; Erigo instructor at Hocoma / DIH
To watch the webinar please fill in the form below.
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