Axis Spine and Orthopedics is an orthopedic surgeon practice in St. Louis, MO, located at 2840 Clark Ave. The business focuses on expert orthopedic and spine care, offering services that include minimally invasive spine surgery, joint replacement, sports medicine, and interventional pain management. These treatments address conditions such as herniated discs, spinal stenosis, ACL tears, rotator cuff injuries, and chronic joint pain. The practice serves patients with both surgical and non-surgical treatment options, aiming to restore mobility and relieve pain.
The medical team brings together board-certified specialists in orthopedic surgery, neurosurgery, and interventional pain management. Providers possess decades of combined experience from leading academic centers, military trauma units, and high-volume surgical practices. The practice emphasizes a preference for the least invasive option that works while maintaining the skill to deliver complex procedures when necessary. Integrated physical therapy is available on-site, with a team that works directly with surgeons to deliver post-operative rehab, sports recovery, and chronic-pain treatment. Physical therapy services include joint mobilizations, soft tissue work, dry needling, traction, and therapeutic exercise. The practice offers on-site imaging to facilitate faster answers and coordinated care plans.
The location sits on Clark Ave, approximately 0.1 miles from Jack Buck Memorial Highway and Market Street. It is situated about 0.4 miles from Harris-Stowe State University and 0.3 miles from South Jefferson Avenue.
The practice holds a 5.00 rating based on customer reviews. This positive feedback reflects the satisfaction of patients who have received care from the board-certified specialists. The team’s approach to personalized care and coordinated treatment distinguishes the practice in the local orthopedic and spine care sector.
Axis Spine and Orthopedics provides specialized orthopedic and spine care in St. Louis, MO, combining surgical expertise with integrated rehabilitation to support patient recovery.