At RegeneSpine, we offer the innovative Discseel Procedure as a non-surgical spine pain relief solution for patients in Pleasant Hill, Illinois. This minimally invasive disc pain treatment provides an alternative to spinal fusion surgery, effectively addressing chronic back and neck pain, as well as sciatica and radiculopathy.
Our Discseel Procedure is a cutting-edge approach to treating damaged spinal discs without the risks associated with traditional surgery. By focusing on regenerative healing, this minimally invasive treatment helps patients quickly regain mobility, comfort, and overall quality of life.
For patients in Pleasant Hill, Illinois, seeking non-surgical spine pain relief, our Discseel Procedure offers a safe and effective solution. This innovative treatment repairs damaged discs and restores spinal health, helping patients avoid the need for spinal fusion surgery and achieve long-term pain relief.
RegeneSpine provides an alternative to spinal fusion surgery with our advanced Discseel Procedure. This minimally invasive approach has been proven effective in a recent study of 827 patients, showcasing its success in treating low back pain and radiculopathy, regardless of prior spinal surgery history. Learn more about the study here.
Our comprehensive approach at RegeneSpine includes specialized treatment for chronic back and neck pain. Through personalized care and advanced procedures like the Discseel, we aim to alleviate discomfort and improve the quality of life for patients in Pleasant Hill, Illinois.
Patients in Pleasant Hill, Illinois suffering from sciatica and radiculopathy can find relief at RegeneSpine. Our tailored treatment plans, including the Discseel Procedure, target the root cause of these conditions, promoting healing and restoring functionality for our valued patients.
Located in Pennington, NJ; Parsippany, NJ, and New York, NY, RegeneSpine is dedicated to serving patients in Pleasant Hill, Illinois. Whether visiting our facilities in person or through virtual consultations via Zoom, we ensure that individuals have access to our specialized care within a convenient reach.
Pleasant Hill, Illinois, is a charming town known for its rich history and picturesque landscapes. From historic landmarks to scenic attractions, the area offers a blend of small-town charm and natural beauty, making it an ideal setting for those seeking tranquility and a close-knit community.
Dr. Stephen J. Roman, the visionary behind RegeneSpine, is a distinguished graduate of Seton Hall University with a degree in chemistry. His extensive medical training includes dual residencies in Physical Medicine & Rehabilitation and Internal Medicine, followed by a prestigious fellowship in Pain Medicine at Emory University.
With a passion for integrating cutting-edge regenerative medicine into spine and musculoskeletal care, Dr. Roman is board-certified in multiple specialties, reflecting his commitment to providing patients with the highest standard of treatment and expertise.
If you’re in Pleasant Hill, Illinois, and seeking advanced non-surgical spine pain relief, contact RegeneSpine today. Call now to speak with our dedicated operators at 1-888-352-3038 or email us at info@regenespine.com to schedule your consultation and take the first step towards a pain-free life.
Atlas, IL – Barry, IL – Baylis, IL – Chambersburg, IL – Cincinnati, IL – Derry, IL – Detroit, IL – El Dara, IL – Fairmount, IL – Flint, IL – Florence, IL – Griggsville, IL – Hadley, IL – Hardin, IL – Hull, IL – Kinderhook, IL – Levee, IL – Martinsburg, IL – Milton, IL – Montezuma, IL – Nebo, IL – New Canton, IL – New Salem, IL – Newburg, IL – Pearl, IL – Perry, IL – Pittsfield, IL – Pleasant Hill, IL – Pleasant Vale, IL – Ross, IL – Spring Creek, IL – Time, IL – Valley City, IL
The post Frequently Asked Questions (FAQ) appeared first on Regene Spine.
Dr. Roman has filed a patent entitled: Water Energizing and Altering Analytical Device. One of the doctor’s interests […]
Dr. Roman with Jillian Coussens, the Executive Director of the Interventional Orthobiologic Foundation at the 10th […]