ThinGenious

ThinGenious A spin off company, founded by Faculty members and Researchers of the CONSERT Laboratory of UNIWA

24/04/2023

The physical inactivity seen all around the world does not only pose a risk for the individual but is also one of the strongest modifiable risk factors for morbidity and mortality, including cancer. Physical exercise has been suggested to reduce cancer recurrence and improve health-related quality of life and survival rates among cancer patients. Despite these well-known benefits the physical activity participation rates among cancer patients are reported to be too low. Several barriers hinder the participation in physical activity such as therapy-related side effects, like fatigue and various kinds of pain, but also psychological factors, like kinesiophobia which is prevalent among cancer patients who are concerned about fall or injury. Furthermore, economic, and environmental factors, like poor weather, the lack of disabled-friendly spaces or the limited availability of cancer-specific services are reported to hinder physical activity engagement. Extended Reality (XR) could fill that gap and provide a safer and more accessible solution to improve physical activity in cancer patients. Integrating XR technology into cancer treatment could be a further stride towards a healthier future.

20/04/2023

REHABILITATION IN THE METAVERSE.
By an Extended Realty (XR) integrated platform provide in the Social And Human Centered XR European Project (SUN), people suffering for disabilities can be immerse in a mix of realistic or imaginary worlds where they have to perform rehabilitative exercises guided by a virtual physiotherapist (AVATAR). They are able to interact with objects not only by visual feedback, but other senses, i.e. sense of touching, are involved reproducing in the virtual world the same interaction of the real world.
The rehabilitation department of Versilia Hospital AUSL Toscana Nord Ovest is the site where the rehabilitation scenario in the metaverse will be implemented and validated by a pilot study

06/02/2023

ThinGenious acquired the Trigno Research+ System by Delsys, a state of the art sensory toolset including , IMU and goniometer sensors to capture the body kinematics and muscular activations during rehabilitation exercises for the lower limbs. Its goal is to perceive whether an exercise is performed correctly using Deep Learning and provide personalized feedback to the user through XR interfaces. The data collection process starts on March!

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Kifisias Avenue 44
Amaroúsion
15125

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