Neuromotor Skills.
The Neuromotor Skills module includes assessment tests and rehabilitation exercises with a vast set of scenarios for different pathologies; these range from the simplest, not very distracting activities to the more complex ones of ecological reconstructions.
Motor Skills.
The Motor Skills module allows you to treat all segments and joints of the body, including trunk, head and cervical. The large sensor data set allows the patient to perform any movement, including depth. The exercises can be used in conjunction with other modules such as EMG or Cognitive.
Omnidirectional walking.
The Omnidirectional Walk module, developed for both the adult population and the developmental age, allows you to walk in a natural way at 360 degrees, including the lateral, backward and diagonal direction, always keeping the subject in the center of the platform, harnessed and possibly relieved of its own weight. The subject, even acute, can carry out the widest full body movement activities, supporting his own spontaneous motor skills and functional reserves, appropriately stimulated.
Fall prevention.
The Fall Prevention module allows to carry out tests based on international evaluation scales such as the Brief Best Test or the Berg Scale. The subject is appropriately sensorized and performs the items provided with the OAK system, which is also sensorized. In this way the results obtained are objective and are automatically expressed in a reporting system always available to the therapist.
Phonation.
The Phonation module implements biofeedback exercises relating to monotonous sounds as regards the domains of amplitude, duration, and frequency. The exercises provided can typically be delivered in combination with the speech therapy module and are used for pathologies such as post stroke, TBI, Parkinson's, developmental disorders, cerebral palsy.
Hand and Wrist.
The Hand and Wrist module allows you to carry out activities for fine hand rehabilitation and includes wrist rehabilitation, single or multiple finger rehabilitation, coordinated finger activities, coordinated grasp and pinch activities. It is not necessary for the patient to wear any type of sensor or any type of glove; simply the free hand is introduced into the HandBox system which takes care of detecting the exoskeleton.
tDCS.
The tDCS module allows non-invasive and painless transcranial stimulation using direct electric current to stimulate specific parts of the brain during the execution of the exercises. The tDCS module allows the patient to use the technique even at home both offline and online.
EMG.
The EMG module provides, through the application of surface sensors and small Bluetooth devices wearable by the patient, a wide range of electromyographic biofeedback exercises, with activities encouraging both recruitment and de-recruitment, with the possibility of monitoring the agonist muscle group and antagonist.
Isoinertial.
The Isoinertial module allows to perform movements in positions with a maximum rate of strength development and a high degree of biomechanical specificity, involving all the muscles involved in the specific movement, reproducing the activity with variable force and speed, accelerating and decelerating, recreating in thus a more “real and functional” stimulus.
Immersive VR.
The Immersive VR modules are organized by pathologies / rehabilitation activities. The VRRS system integrates these technologies into a wide range of activities and motor and cognitive exercises and for simulation and rehabilitation in occupational therapy for Activities of Daily Living (ADL).
Augmented Reality.
The Immersive VR modules are organized by pathologies / rehabilitation activities. The VRRS system integrates these technologies into a wide range of activities and motor and cognitive exercises and for simulation and rehabilitation in occupational therapy for Activities of Daily Living (ADL).
Minimal Conscious State.
The module used for the Minimal Conscious State allows to administer to the patient in a vegetative state and a state of minimal consciousness, a wide range of stimulations while simultaneously recording a complete series of neurophysiological signals. It therefore provides a complete system for verifying any correlations between sensory stimulations and changes in the patient's status, which can be measured by quantitative analysis of physiological and neurophysiological parameters.
Postural.
The Postural module, through the use of the related associated devices, allows to carry out a wide set of exercises relating to the sphere of balance, like posturographic tests, weight shifting exercises, reaching exercises, weight balancing exercises and weight training exercises.
Cervical Spine.
The Cervical Spine module allows to carry out rehabilitation activities of the cervical spine and include tracking exercises, reaching exercises, trajectory tracking exercises. The activities can be carried out with different sensor technologies available, both magnetic and inertial.
Speech Therapy.
The Speech Therapy module comprises an extensive data set of exercises which are organized by activity domain for written naming and respiratory education exercises. The module provides the possibility of using the K-Space sensor to allow patients with motor difficulties and therefore, inability to use the touch screen system, to perform the exercises without difficulty.
Facial.
The Facial module provides, through a facial recognition algorithm, to carry out exercises with biofeedback to treat the following pathologies: peripheral and central facial paresis; malocclusion and bruxism; facial pain of articular muscle origin or from neuropathy.
Cognitive.
The Cognitive module allows you to carry out activities related to the treatment of neurological pathologies afferent to the cognitive sphere. All the exercises are organized by cognitive domain: memory, praxia, spatial orientation, attention, logic and mathematics.
Change ambit of reference
