Discover a selection of inventions, experimental technologies and applied research developed at SISSA. Each entry outlines the approach and its potential applications, with a link to the full technical profile on the Valorisation website.
A biocompatible conductive adhesive facilitates electrical transfer between neural structures. Potential uses include nerve repair, electrode coatings and customised skin electrodes.
An experimental gene therapy enables activity-dependent release of therapeutic peptides. Its self-regulating mechanism is being explored for chronic pain and epilepsy.
A passive cycling system adjusts pedalling speed using respiratory signals. It is designed to help restore a stable breathing rhythm.
A programmable micro-impactor applies controlled impacts or compression to samples in vitro. Simultaneous recordings reveal tissue responses to mechanical stress.
A proposed graphene-based device enables controlled drug release at mucosal surfaces. Programmable stimuli regulate delivery, with potential integration of biosensors.
A flexible sheet changes shape through sliding elements. Potential uses include stents, deployable space structures, soft robots and haptic devices.
Custom experimental systems integrate precision mechanics, sensors, electronics and software. Applications include real-time control, rapid prototyping and biomedical instrumentation.
Models combine clinical data, imaging and machine learning to simulate cardiovascular systems. Applications include real-time computation and patient-specific medical devices.
Simulations and experiments characterise the optical properties of natural dyes. This expertise supports research into alternatives to artificial food colourants.