A system and method for cryoablation and more particularly, to a cryoprobe needle that can be used accurately to localize and block conduction of a targeted peripheral nerve. In addition, aspects of the disclosure provide a solution for assessing the effectiveness of the cryoablation procedure by repeating an electromyogram (EMG) recording after the treatment. The system can be implemented as a single physical device, capable of generating stimulation pulses, generating extreme temperature changes via a cryoprobe needle, measuring temperature at a tip of an electrode, displaying the measured temperature, maintaining a constant temperature at the tip, and measuring and recording data corresponding to EMG or motor unit action potentials (MUAPs), correlating the data with a location of a target nerve, a treatment being performed on the target nerve, and an effectiveness of the treatment. In addition, aspects of the disclosure provide a solution for assessing the effectiveness of the cryoablation procedure by repeating an electromyogram (EMG) recording after the treatment.
