Matthew T. Davies, MD

Board-certified Neurosurgeon

Medical Degree

University of Vermont
College of Medicine Burlington, VT
Alpha Omega Alpha Medical Honor
Society Inductee

Neurological Surgery Residency

University of Texas Southwestern
Medical Center
Department of Neurological Surgery
Dallas, TX

Neurological Surgery CAST Spine Fellow In Spinal Deformity And Spinal Oncology

University of Texas Southwestern
Medical Center
Department of Neurological Surgery
Dallas, TX

Specialties

General Neurosurgery
Spine Surgery
Fellowship Trained in Spinal Deformity and Spinal Oncology
Pain Management
Minimally Invasive SI-Joint Fusion (SI-Fuse)

Available For Appointments

Duluth
Orthopaedic Associates, Hibbing Clinic

Professional Affiliations

The American Board of Neurological Surgery, Inc.
American Association of
Neurological Surgeons
College of Neurological Surgeons
Texas Association of Neurological Surgeons
American Medical Association
Christian Medical and Dental Association
Alpha Omega Alpha Medical Honor Society
International Society for the Advancement of
Spine Surgery

Hospital Affiliations

Lakewalk Surgery Center
St Luke’s Hospital
Fairview Range Medical Center Hibbing
Cloquet Community Memorial Hospital

Matthew T. Davies, MD

Dr. Davies earned his medical degree from the University of Vermont College of Medicine while earning AOA honors. He then completed his neurological surgery residency at the University of Texas Southwestern Medical Center in Dallas, TX, and also trained at Parkland Hospital, UTSW, the North Texas VA, and Children’s Medical Center Dallas. He went on to complete his fellowship training in spinal oncology and spinal deformity, as well as receiving additional training and certification in SI joint fusion through SI-Fuse/SI-Bone. Dr. Davies sees patients at our Duluth and Hibbing Clinics and Grand Itasca Clinic & Hospital in Grand Rapids.

Matthew T. Davies, MD

  • General Neurosurgery
  • Spine Surgery
  • Fellowship Trained in Spinal Deformity and Spinal Oncology
  • Pain Management
  • Minimally Invasive SI-Joint Fusion (SI-Fuse)