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Details

General Info

Joshua Bakhsheshian, M.D., M.H.A., is a neurosurgeon with combined orthopedic and neurologic spine surgery fellowship training in minimally invasive, robotic and complex spinal surgery in the treatment of spinal disorders. Dr. Bakhsheshian completed his neurosurgery residency with an enfolded fellowship in minimally invasive and complex spinal surgery at Keck School of Medicine and Los Angeles County Medical Center of University of Southern California. Subsequently, he completed a comprehensive adult and pediatric spine surgery fellowship at Columbia University and at Weill Cornell Medical Centers (New York-Presbyterian Och Spine Hospital). Dr. Bakhsheshian obtained a wide array of skillsets from his interdisciplinary subspecialty training, which allows him to provide a truly individualized treatment approach uniquely tailored to each of his patients. His clinical expertise includes cervical, thoracic and lumbar spine operations utilizing minimally invasive, robotic, or motion-preserving techniques, as well as complex deformity operations in adult and adolescent patients for both spinal deformity and spine tumor surgery. Dr. Bakhsheshian is an Assistant Professor, Director of Robotic Spine Surgery and Clinical Spine Surgery Research in the Department of Neurosurgery. He is a surgeon-scientist actively involved in data analytics, outcomes research and the development of safer surgical techniques to advance evidence-based spine care. Dr. Bakhsheshian is the recipient of several national research grants and has authored more than 100 peer-reviewed research publications, abstracts, and textbook chapters.

Contact Info

Phone:

Main - 480-301-8484

Address:
5779 E Mayo Blvd Phoenix, AZ 85054

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Categories
Physicians & Surgeons, Neurology, Physicians & Surgeons, Physicians & Surgeons, Orthopedics
Services / Products
Atlantoaxial fusion CT-guided surgery Cervical disk replacement Cervical diskectomy Cervical laminectomy Cervical pseudoarthrosis procedure Cervical scoliosis surgery Cervical spine fusion Cervical spine surgery Cervical traction Degenerative scoliosis surgery Exoscopic surgery Foraminotomy Gardner Wells tongs insertion Halo skull traction Laminectomy Laminoplasty Laminotomy Lumbar diskectomy Lumbar fusion Lumbar laminectomy Lumbar pseudoarthrosis procedure Lumbar scoliosis surgery Minimally invasive cancer surgery Minimally invasive cervical diskectomy Minimally invasive cervical foraminotomy Minimally invasive cervical spinal fusion Minimally invasive diskectomy Minimally invasive foraminotomy Minimally invasive lumbar decompression Minimally invasive lumbar diskectomy Minimally invasive lumbar foraminotomy Minimally invasive lumbar spinal fusion Minimally invasive neurosurgery Minimally invasive spinal fusion Minimally invasive spine surgery Minimally invasive surgery Minimally invasive thoracic diskectomy Minimally invasive thoracic foraminotomy Minimally invasive thoracic spinal fusion Neurostimulation treatment Occipitocervical fusion Osteotomy Pelvic fixation Revision cervical spinal surgery Revision lumbar spinal surgery Revision of previous trauma surgery Revision spinal surgery Revision thoracic spinal surgery Robotic spine surgery Robotic surgery Sacroiliac joint fusions Scoliosis surgery Skeletal traction Spinal cord stimulator insertion Spinal deformity correction surgery Spinal fusion Spinal stabilization surgery Spondylolisthesis surgery Synovial cyst removal Thoracic scoliosis surgery Thoracoplasty Tumor biopsy Tumor resection Ultrasound-guided surgery Vertebral column resection Vertebrectomy
Location
Mayo Clinic Hospital
Provided by
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