The present technology is a prosthetic elevation device that allows a fixation of the new tympanic membrane for the creation of a larger sounding (tympanic) box after tympanoplasty surgery, without damaging the facial nerve.
The proposed technology is a system to recognize accidental falls reliably. The procedure is based on accelerometer data, to which characteristic indexes of motor activities are applied. Low power consumption and simplicity enable its implementation in non-invasive wearable devices of daily use.
The present invention concerns the development of catheters designed for navigation and stabilization of endovascular instrumentation close to a target to be reached with extreme precision.
The invention relates to a sensorized high throughput bioreactor, that can be placed in series and/or parallel with similar systems, to expose cultures of the same or different cell groups to mechanical stimuli, such as hydrodynamic pressure and shear stress, simulating physiological and pathological conditions present within an organism.
The invention relates to a sensorized high throughput bioreactor, that can be placed in series and/or parallel with similar systems, to subject vascular conduits of different sizes to chemical-physical, mechanical and electromagnetic stimuli, simulating physiological and pathological conditions present within an organism.
The present invention provides an in vitro and ex vivo method using novel diagnostic probes with a specific spectrum detected by infrared (IR) spectroscopy.
The invention consists of a novel experimental set-up for the muscular rehabilitation of the tongue, which is necessary for the restoration of motility and physiological function of the organ for the purpose of adequate swallowing in patients, who are post-stroke or otherwise have impaired tongue motility.
The present invention relates to an optofluidic microsystem based on photonic crystals and a process for its realisation.
The invention relates to a magnetically-guided robotic device of the capsular type to carry out endoscopic procedures, in particular in the gastrointestinal tract.
The proposed mechatronic architecture is based on a sensor decoupled from the mechanical action of the robot, so as to provide a reliable measurement of the joint angle
