Experienced specialists offering advanced disc pain treatments
Minimally invasive bipolar cooled RFA with proven safety
Effective solution for chronic discogenic and low back pain
Bipolar Intradiscal Cooled Radiofrequency Ablation (RFA) is a minimally invasive technique used to treat chronic disc-related pain. A specialized bipolar electrode is inserted into the disc space to disrupt painful nerve fibers using controlled radiofrequency energy.
Biacuplasty is a refined form of bipolar RFA specifically designed to treat discogenic pain caused by degenerated or damaged intervertebral discs. The cooling mechanism enhances safety by protecting surrounding tissues.
Chronic Low Back Pain: Persistent pain originating from discs.
Discogenic Pain: Pain due to disc degeneration or injury.
Failed Conservative Treatments: Ineffective response to physiotherapy or medication.
Non-surgical Candidates: Patients seeking minimally invasive alternatives.
A minimally invasive and targeted approach to treat discogenic pain
A detailed evaluation to confirm discogenic pain and suitability for treatment.
Local anesthesia and light sedation are administered for patient comfort.
Fluoroscopy or CT scan is used to accurately place the bipolar electrode into the disc.
Radiofrequency energy is applied to disrupt pain pathways while cooling protects tissues.
Patients are monitored briefly and provided with post-treatment instructions.
Effective and long-lasting relief from disc-related pain
Outpatient procedure with minimal downtime and faster recovery.
Directly targets painful nerve fibers inside the disc.
Many patients experience sustained pain reduction for months or years.
Enhanced mobility and reduced dependency on pain medications.
Have questions about pain management or Dr. Gupta's approach? Find answers to the most frequently asked questions below.
Book a ConsultationBiacuplasty is a minimally invasive procedure that specifically targets painful spinal discs using cooled radiofrequency energy. Unlike major spine surgery, it does not require large incisions and is designed to reduce disc-related pain while preserving surrounding structures.
This treatment may help reduce chronic disc-related back pain, improve mobility, decrease dependence on pain medications, and delay or avoid the need for more invasive surgical procedures in selected patients.
No, Biacuplasty is most effective for carefully selected patients with chronic discogenic back pain. A detailed evaluation by a pain specialist is necessary to determine whether the procedure is appropriate for a specific condition.
The procedure is performed under imaging guidance. Specialized probes are placed within the affected disc, and controlled cooled radiofrequency energy is delivered to target pain-generating nerve fibers. Most patients return home the same day.
Cooled radiofrequency ablation uses small needles rather than large surgical incisions. This typically results in less tissue damage, reduced recovery time, and a lower risk of complications compared to traditional surgery.
Many patients experience meaningful pain relief and improved function after treatment. Success depends on proper patient selection, the underlying cause of pain, and adherence to the recommended rehabilitation plan.
Potential side effects may include temporary soreness, discomfort at the treatment site, bleeding, infection, or nerve irritation. Serious complications are uncommon when the procedure is performed by experienced specialists.
Yes, the procedure is commonly performed on an outpatient basis, allowing patients to return home the same day after a short observation period.
Most patients can resume light activities within a few days. Recovery times vary, and full benefits may develop gradually over several weeks as healing occurs and inflammation decreases.
Patients may experience reduced back pain, improved daily function, greater mobility, and an improved quality of life. At Vedant Pain Management Clinic, Dr. Mohit Gupta carefully evaluates each patient to determine whether Biacuplasty is the right treatment option and to maximize the chances of successful outcomes.