NAME Neuromodulation platform with closed loop stimulation and recording
A proprietary neuromodulation platform called CLASS (Closed-Loop Acquisition and Stimulation System), modular, compact and portable, specifically designed for the development of electromedicine applications. The platform allows various types of stimulation in real time, the recording of physiological signals and the synchronization between them to provide closed-loop stimulation.
FIELDS OF APPLICATION
Digital health
Electromedical devices
MOST OUTSTANDING EQUIPMENT AND COMPONENTS
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9 DoF IMU (Multipurpose Inertial Measurement Unit)
9 DoF IMU (Multipurpose Inertial Measurement Unit) that can be used to monitor user movements and / or trigger stimulation or acquisition.
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Bluetooth module
Bluetooth module to communicate the device with external systems such as PC, mobile or tablet. It is used to exchange data in both directions, that is, configuration messages to the device and data flow to the external system.
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Microprocessor with DSP
Microprocessor with DSP to pre-process and / or process data in real time.
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Stackable signal acquisition modules to acquire physiological signals
Stackable signal acquisition modules to acquire physiological signals (2uV peak-to-peak noise). Each module will provide 16 monopolar or bipolar acquisition channels.
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Stackable stimulation modules
Stackable stimulation modules capable of providing FES (functional electrical stimulation), TENS (percutaneous electrostimulation of nerves) and electro-tactile feedback with controlled currents of 0.1 to 100 mA (with voltages of 50 to 200 V). Each module will allow 16 channels of stimulation with configurable anodes and cathodes that can be configured to provide balanced monophasic, symmetric biphasic and biphasic pulses.
SERVICES OFFERED BY THE ASSET
Biosignal monitoring systems development
Modular platform for the acquisition of biosignals and the development of medical devices
Design of stimulation protocols
Functional electrical stimulation in open and closed loop. Development of advanced biomedical signal processing algorithms
Electromedical devices development
Development of proof of concept, prototypes and products of electromedical devices incorporating biomedical signal recording electronics. Validation in the laboratory.
Regulatory advice
Support in the tasks of identifying the regulatory necessary for the development of closed-circuit neuro-modulation applications
Validation of electromedical applications
Validation studies in the electromedical applications laboratory
ENTITY MANAGING THE ASSET
Contact person:
Erik Hernandez Jimenez
erik.hernandez@tecnalia.com