Relieving Pain & Restoring Mobility
Expert in Complex Joint Replacement and Preservation
Advanced surgical and non-surgical Interventions
Less Pain & Faster Recovery
Pioneer in Minimally Invasive Surgical Techniques
Smaller Incisions, Muscle Sparing
Redefining Excellence
Advanced Technologies for Unrivaled Precision
Image Guidance, Robotic-Assisted Surgery, Smart Implants
Getting You Back Faster to The Things That Matter Most
Advocate for Rapid Recovery Strategies
Cutting Edge Pain-Management Techniques
Comprehensive & Compassionate Care
Time-Tested & Innovative Orthopedic Solutions
Time-Tested & Innovative Orthopedic Solutions
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Dr. Stefanski offers comprehensive care for a wide range of musculoskeletal problems including acute injuries and degenerative joint conditions.
Meet
Dr. Stefanski
Knee & Hip Specialist
Dr. J. "Trevor" Stefanski, MD is a minimally invasive orthopedic surgeon based in Cincinnati, OH. His practice interests include treating disorders of the knee and hip, including revision joint replacement, focusing on minimally invasive techniques and advanced technologies like robotics and smart implants.
What Our
Patients Are Saying
Patients Are Saying
~ Verified Patient ~
Minimally Invasive
Spine Surgery
Minimally invasive spine surgery (MISS) is the latest technology available to perform spinal surgeries. These procedures are performed through small, less than one-inch-long incisions with the help of special surgical instruments and advanced imaging techniques.
Patient Education Videos & Resources
We offer various instructional resources and videos to help you understand your situation better and the value of participating in the treatment plan.
Patient Forms
Post-op
Instructions
First Visit
Guide
Insurance
Info
Accepting
All Major Insurances
Motion
Preservation Surgery
Preservation Surgery
Motion Preservation Spine Surgery (MPSS) is a relatively new surgical method employed as an alternative to standard spinal surgeries, such as spinal fusion surgery and disc replacement surgery to treat spinal conditions of the cervical and lumbar area in select patients and restore normal motion of the spine. It involves the use of a variety of novel surgical techniques to preserve spine movement by replicating normal or near-normal biomechanics with the help of special devices.