BAROLOOP

Analytical and medical diagnostic apparatus for medical purposes for neurostimulation; treatment apparatus for medical purposes, namely, implantable neurostimulators for treating chronic diseases associated with autonomous vital functions; medical electrodes and active medical implants made of artificial materials for treating chronic diseases associated with autonomous vital functions for use in neurotechnology; medical electrodes and active medical implants made of artificial materials for treating chronic diseases associated with autonomous vital functions for vagus nerve recording and stimulation; active medical implants made of artificial materials for treating chronic diseases associated with autonomous vital functions for vagus nerve and baroreflex recording and stimulation primarily composed of medical electrodes, namely, foil electrodes for medical use, and electronic control and evaluation units each comprised of an implantable pulse generator connected to one or more cuff electrode arrangements for controlling the vagus nerve stimulation and evaluating signals measured in connection with the vagus nerves function, all being supplied with energy by means of inductive procedures or energy harvesting, and communicating with extracorporeal units by means of digital radio signals or optical signals, and additional incorporated mechanical sensors and actuators; accessories for the aforementioned medical instruments, electrodes, and implants, namely, telemetry devices and systems for medical applications comprised of wireless receivers and wireless transmitters allowing medical personnel and patients to receive and transmit information from and to the medical implants, to personalize functions, and monitoring devices and systems and sensors used in measuring, reading, storing, analyzing, and controlling medical implants, to transmit vital signs and information relevant to medical conditions of the person, namely, movement, pressure, temperature, x-ray, electromagnetic radiation and light, and to read, store, analyze and transmit data from and to the telemetry device.

Science and technology services in the field of neuroscience and neurotechnology, namely, scientific research and development of medical instruments, electrodes, and implants for vagus nerve and baroreflex recording and stimulation, and development and medical research analysis of intracorporal blood-pressure sensors in the nature of ultrasound-based sensors.

Medical services, medical and clinical treatment services, namely, vagus nerve and baroreflex recording and stimulation using electrical power; therapeutic services in the nature of vagus nerve and baroflex stimulation for the treatment of high blood pressure.