© Copyright 2026 American Medical Association. All rights reserved.
The CPT® Code 95971 pertains to the electronic analysis of an implanted neurostimulator pulse generator or transmitter. This procedure is performed by a physician or another qualified healthcare professional and involves a comprehensive evaluation of various parameters associated with the neurostimulator system. An implanted neurostimulator pulse generator is a sophisticated device that is surgically placed in a subcutaneous pocket, with electrical leads connected to the nerve or area being stimulated. The primary function of this device is to deliver electrical impulses to specific target regions, which may include the brain, spinal cord, or peripheral nerves, to manage a range of medical conditions such as chronic pain, epilepsy, and depression. During the electronic analysis, the healthcare professional assesses multiple parameters of the neurostimulator, which may include contact group settings, interleaving, amplitude, pulse width, frequency (measured in Hertz), on/off cycling, burst mode, magnet mode, dose lockout features, patient-selectable parameters, responsive neurostimulation capabilities, detection algorithms, closed-loop parameters, and passive parameters. This analysis is crucial for ensuring that the neurostimulator functions optimally and effectively addresses the patient's symptoms. The procedure not only involves the documentation of the device's settings and impedances but may also include simple programming adjustments to enhance therapy. Specifically, in the context of CPT® Code 95971, simple programming refers to the modification of one to three parameters of the spinal cord or peripheral nerve pulse generator/transmitter. This programming is essential for tailoring the neurostimulation therapy to the individual needs of the patient. It is important to note that if more than three parameters require adjustment, a different code (CPT® Code 95972) would be applicable. Overall, CPT® Code 95971 encapsulates a critical aspect of managing neurostimulator therapy, ensuring that patients receive the most effective treatment possible.
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