Proprietario: Politecnico di Torino

Technology for histological sections evaluation that allow the automatic extraction of the parameters useful to define accurate diagnoses.

This invention is a method for conferring antibacterial properties to a substrate. The coating takes place by means of radio frequency sputtering technique.

The invention is equipped with an innovative joint for the connection of the two shells, which allows a more free movement.

The proposed technology is a simple and innovative method for the preparation of cellularized three-dimensional structures (scaffolds).

The actuation device of the present invention aims to mimic as much as possible the structure and behavior of muscle bundles.

ECG Watch can detect an ECG signal with a single contact (finger-wrist), visualize it on a Smartphone and send it to a cardiologist through an APP

The invention makes the assessment of the state of hydration of a more reliable and repeatable patient through an innovative ecography technique.

The invention makes possible the acquisition of surface electromyographic signals and echographic imaging from the same portion of muscle.

Control of the anomalous metabolic cancer process and its reversal obtained by changing the ion and energy transfer through the cell membrane.

Innovative propulsion system for manual wheelchair to avoid the damages caused on shoulders and make the movement easier.

The proposed inventions cover a series of surface treatments, aimed at improving their interaction with biological tissues in biomedical implants.

Multipolar connection system between an array of electrodes applied on the skin and a bioelectric signal acquisition system.

Nanoconstruct constituted by a biomimetic and non-immunogenic shell derived from tumor cells able to generate toxic species against cancer cells.

Robotic exoskeleton designed for the rehabilitation of the lower limbs in patients with outcomes of lesions of the central nervous system.

ReHand allows performing high quality rehabilitation with one portable, lightweight, intelligent robotic exoskeleton.

System that allows disabled people to ski equipped with an horizontal suspension to improve stability and to facilitate access to the ski lift.

This technology allows a disabled user to climb obstacles autonomously, single steps or staircases in a safe and effective way.

Biocompatible medical device for tendons and ligaments’ repair and regeneration able to stick with tendons and ligaments without the need of sutures.