Research in the field of bioengineering applications to rehabilitation is mainly carried out in collaboration with the Department of Biorobotics of the Sant’Anna High School in Pisa, and has availed itself of the presence of robotic devices for the rehabilitation of the upper limb and wrist ( InMotion2, InMotion 3, ENGINE), and other devices for neuro-rehabilitation. This activity was accompanied by the study of human-machine interaction during mechanical ventilation, and the development of models for remote monitoring and rehabilitation.
Rehabilitation Bioengineering Laboratory
| Title Project | Responsible | Project Type |
| The use of a robotic system for the rehabilitation of the upper limb of patients with neurological damage in the sub-acute and chronic phase (InMOTION2) (2754/2009) | F. Posteraro S. Mazzoleni |
Single Center, Spontaneous, Devices / medical devices |
| Longitudinal clinical study for wrist rehabilitation in hemiparetic patients using a robotic system (InMOTION3) (3919/2013) | F. Posteraro/S. Mazzoleni Single Center Spontaneous |
Devices / medical devices |
| Controlled randomized sham study for robotic rehabilitation and direct current transcranial stimulation in motor recovery of the upper limb in post-stroke patients in the subacute phase (3918/2014) | F. Posteraro/S. Mazzoleni | Single Center, Spontaneous, Devices / medical devices |
| Analysis of the ventilator patient interaction of subjects with difficult weaning from invasive mechanical ventilation (3340/2011) | G. Vagheggini/S. Mazzoleni | T Single Center, Spontaneous, Devices / medical devices |
| Use of a robotic system for the rehabilitation of the upper limb of post-stroke patients in the sub-acute and chronic phase (ENGINE) | F. Posteraro/S. Mazzoleni | Single Center, Spontaneous, Devices / medical devices |
