The present invention represents an in vitro implementable method and related kit for assessing the response to immune tolerance restoration therapy by evaluating the expression of specific microRNAs (miRNAs) as biomarkers of residual beta-cell function.
The present invention consists of an electromechanical stimulation system, and related wearable device, generating and transmitting mechanical vibrations to the bone processes near a user's ear.
The purpose of this invention is to provide a biological housing system capable of undergoing highly controlled ultrasonic stimulations, capable of guaranteeing, at the same time, practicality and simplicity of use, low cost and complete sterility of the biological samples tested
The invention refers to a system for monitoring a motor disorder, capable to monitor the neural activity of the basal ganglia of a subject
The invention relates a tool, new of its kind, to deliver therapeutic substances (e.g., biomaterials, stem cells, etc.) during arthroscopic micro-invasive surgery.
The invention relates to a system for the localization and magnetic locomotion of an endoscopic capsule within a gastrointestinal tract
The invention is a passive circuit device (without battery), modular (capable of mimicking the normal continuous cardiac cycle), flexible and small in size.
The invention relates to a gynecological medical device and concerns an instrument to be used in the stage of labor that precedes the birth of the child.
The invention carries out support operations for the biopsy examination, allowing the identification of the nodules of a histological sample, in order to perform the biopsy of the nodule with a machine used downstream of the apparatus itself.
This industrial patent proposes an apparently simple geometry (a degree of freedom) capable of arching by moving the center of instantaneous rotation of the end effector as a function of the input angle
