Spinal Cord Stimulation (SCS) is an advanced, minimally invasive treatment for chronic nerve pain offered at NY Spine Care under the care of Dr. Ji Han. It is designed for patients who continue to experience persistent pain despite trying medications, physical therapy, or even prior surgical procedures.
This neuromodulation therapy uses a small implanted device known as a spinal cord stimulator. The device delivers mild electrical impulses to specific nerves in the spine, helping to interrupt or modify pain signals before they reach the brain. As a result, patients may experience significant pain reduction and improved daily function without heavy reliance on pain medications.
SCS is commonly used as part of modern chronic pain management for conditions such as failed back surgery syndrome, sciatica, complex regional pain syndrome (CRPS), peripheral neuropathy, and chronic neck or lower back pain with nerve involvement.
Lower spine neurostimulation is one of the most common applications of spinal cord stimulation, particularly for patients experiencing chronic lower back pain and radiating leg pain.
In this treatment, the spinal cord stimulator is placed near the lumbar region of the spine. It delivers controlled electrical pulses that help change how pain signals are perceived by the nervous system. This can significantly reduce discomfort in the lower back, hips, buttocks, and legs depending on the patient’s condition.
At NY Spine Care, Dr. Ji Han uses advanced imaging guidance to ensure precise placement of the leads, improving both safety and effectiveness. This technique offers a non-surgical, adjustable, and reversible option for long-term pain relief.
Caudal neurostimulation is a specialized form of spinal cord stimulation used for patients with chronic lower back pain and nerve pain that extends into the legs.
During the procedure, stimulation leads are carefully placed in the lower spinal canal to target affected nerve pathways. The implanted device then delivers mild electrical signals that help regulate abnormal nerve activity and reduce pain intensity.
This minimally invasive procedure is performed under imaging guidance to ensure accuracy and consistent results. It is often recommended for patients seeking long-term relief when conservative treatments have failed.
Many patients in College Point and surrounding areas choose this option as part of a comprehensive, non-surgical approach to managing chronic nerve pain.
Precision nerve root stimulation is a highly targeted spinal cord stimulation technique used for conditions such as sciatica, herniated discs, and localized nerve compression.
In this approach, electrodes are placed near specific nerve exit points along the spine. This allows the therapy to directly address the source of pain, making it especially effective for patients with sharp, radiating, or stubborn nerve-related discomfort.
At NY Spine Care, Dr. Ji Han performs this procedure using fluoroscopic guidance to ensure accurate placement of the spinal cord stimulator. This precision helps maximize pain relief while minimizing risk, offering a safe alternative to long-term medication use or repeat surgery.
Spinal cord stimulation is a comprehensive chronic pain treatment designed for patients with complex spinal and nerve-related conditions that have not responded to conservative care.
At NY Spine Care, Dr. Ji Han develops individualized treatment plans based on each patient’s specific pain condition and lifestyle needs. The therapy is widely used for chronic lower back pain, nerve-related leg pain, neuropathy, and failed back surgery syndrome.
A key advantage of SCS is its flexibility. The device can be adjusted non-invasively using an external controller, allowing pain relief to be tailored over time. Additionally, patients typically undergo a temporary trial before permanent implantation, ensuring the treatment is effective for their condition.
For patients seeking non-surgical pain relief in College Point, spinal cord stimulation remains one of the most effective and advanced options for improving mobility, reducing pain, and restoring quality of life.
