Providers

Blizzard, Daniel

M.D.

Fellowship Trained

Specialty

Orthopedic Spine Surgery

Location

Post Falls, ID

Provider

Blizzard, Daniel
M.D.

Clinic(s)

Education

Education
University of Washington
Medical School
Yale University School of Medicine
Residency
Orthopaedic Surgery – Duke University, Durham, NC
Fellowship
Orthopaedic and Neurosurgical Spine Surgery – Emory University
Memberships
AOSpine International
North American Spine Society
Candidate Member of the Academy of Orthopaedic Surgery

Language(s)

English

Services(s)

Spine

Biography

Dr. Daniel J. Blizzard is a fellowship-trained Spine Surgeon specializing in comprehensive spinal surgical care ranging from minimally-invasive and motion-sparing techniques, to scoliosis and deformity surgery, and revision surgical treatment.

Dr. Blizzard was raised in Liberty Lake, WA and graduated valedictorian of his class from Central Valley High School. He then attended the University of Washington on academic scholarships from the Gates Foundation and the Washington NASA Space Grant, graduating magna cum laude with a degree in Bioengineering. Dr. Blizzard attended medical school at Yale University where he was selected as a Doris Duke Research Fellow for his work investigating osteobiologics and 3D-MRI in spine surgery. After medical school, he completed his general surgery internship and orthopaedic surgery residency at Duke University in Durham, NC. He then graduated from the combined Orthopaedic and Neurosurgical Spine Surgery Fellowship at Emory University in Atlanta, GA performing complex surgical care at the Emory University Hospitals, Grady Memorial Hospital (the busiest Level 1 trauma center in the country), and the Atlanta Veterans Administration Hospital.

Dr. Blizzard has a specific interest in the development and utilization of new diagnostic and surgical techniques with the goal of reducing the pain, recovery time, and longterm morbidity associated with traditional spine surgery.  Throughout his training Dr. Blizzard pursued these interests, leading dozens of studies assessing the clinical efficacy of new minimally-invasive fusion techniques, motion-sparing techniques for cervical spine pathology, and the identification and prevention of complications in spine surgery.