Tyler R Koski

Tyler R Koski, MD is a Professor in the Departments of Neurological Surgery and Orthopaedic Surgery at Northwestern University's Feinberg School of Medicine, specializing in adult spinal deformity, spine tumors, and complex revision spine surgeries with emphasis on patient outcomes and spinal alignment.

His educational background includes:

• BS from Michigan State University (1996)
• MD from Michigan State University (2000)
• General Surgery Intern at Northwestern University McGaw Medical Center (2001)
• Neurological Surgery Residency at Northwestern University McGaw Medical Center (2006)
• Chief Residency in Neurological Surgery at Northwestern University McGaw Medical Center (2006)
• Fellowship in Complex Spinal Surgery and Deformity Correction at Northwestern University McGaw Medical Center (2004)

Dr. Koski's research centers on spinal deformity biomechanics and surgical outcomes. His work spans minimally invasive techniques, spinal oncology, and quality-of-life metrics, with particular focus on sagittal alignment correction and revision surgery protocols for adult patients. Current projects address tumor resection strategies and deformity correction in aging populations.

Recent publications analyze long-term outcomes in lumbar scoliosis treatment, cost-effectiveness of surgical interventions, and technical innovations in spinal alignment restoration. These studies demonstrate evolving trends toward evidence-based decision-making and minimally invasive approaches in complex spinal deformity management.

His scientific recognition includes:

• Charles Fager Annual Lecturer, Lahey Clinic (2019)
• Ivan Ciric Resident Teaching Award, Northwestern University (2019)
• Goodman Campbell Brain and Spine award (2012)

Dr. Koski maintains active industry collaborations through consulting (Alphatec Spine, SeaSpine), equity ownership (Alphatec Spine), and royalty agreements (Medtronic, NuVasive). His leadership roles include editorial board membership for Spine Deformity journal and service on the Scoliosis Research Society program committee, driving advancements in spinal deformity classification and treatment standards.