Dr. Gerald Schell worked to care for the needs of Michigan patients

Being one of the most preeminent minimally invasive spine surgeons, Gerald Schell roots stem from the Thumb of Michigan. Gerald uses advanced minimally invasive surgical techniques for the vast majority of his patients with spinal disc disease.

Aimed at providing the best neurological care available, Dr. Gerald Schell utilized the latest procedures, training, and technologies. He has built his practice and reputation around the philosophy of providing the least invasive care to minimize recovery times and optimize clinical outcomes.

Gerald employs leading edge technologies to access and repair spinal structures while minimizing damage to the surrounding tissues. He received the Spirit of St. Vincent Award. He helps develop surgical techniques that are being used around the world.

The good news is that he will be doing pain management at Hills and Dales. The techniques will include consultations, cervical injections, lumbar injections, sacroiliac injections, and spinal cord stimulation. He will be performing minimally invasive spinal surgeries at Hills and Dales. Currently, Gerald practices at Minimally Invasive Asc and is affiliated with Ascension St Marys Hospital. He accepts multiple insurance plans. He is a board certified in Neurosurgery.

Gerald has performed novel procedures such as the three dimensional CT reconstructive techniques with balloon kyphoplasty for patients who previously had no hope for pain relief for osteoporotic compression fractures.

Dr. Gerald Schell received his Doctor of medicine degree from Michigan State University’s College of Human Medicine before completing a neurosurgical rotation at Syracuse University. The university later offered him the directorship of its neurosurgical training program, which he declined to continue caring for the needs of Michigan patients.

Dr. Schell makes use of the advanced minimally invasive surgical techniques for the vast majority of his patients with spinal disc diseases. He has cured patients who previously had no hope for pain relief for osteoporotic compression fractures.