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Kenjirou Ohashi, MD, PhD

Portrait
Director, Musculoskeletal Radiology Fellowship Program
Clinical Professor of Radiology - Division of Musculoskeletal Radiology

Contact Information

Primary Office
01047 JPP
Iowa City, IA 52242
319-353-8858

kenjirou-ohashi@uiowa.edu

Biography

  1. Multi-detector-row CT (MD-CT) to evaluate orthopedic hardware complications
  2. Acetabular fracture classification: Diagnosis and interobserver agreement
  3. Peroneal tendon dislocation: Diagnosis by MD-CT
  4. Three-dimensional volume-rendered images for tendon abnormalities
  5. Use of nuclear medicine studies for the diagnosis of osteomyelitis
  6. MD-CT characterization for dysplastic hip
  7. MD-CT characterization for tarsal coalition and related conditions
  8. MD-CT metal artifact reduction
  9. Thoracic spine fracture: Diagnosis by radiography and MD-CT
  10. Use of MD-CT to evaluate bone fusion Thoracolumbar spine fracture: Diagnosis by radiography and MD-CT

Education

MD, Medicine, School of Medicine, Yokohoma City University
PhD, School of Medicine, St. Marianna University
Resident, Internal Medicine, Tokyo Women's Medical College, Japan
Resident, Cardiology, Tokyo Women's Medical College, Japan
Resident, Nuclear Medicine, University of Cincinnati Medical Center, OH
Resident, Radiology, St. Marianna University Hospital, Japan

Licensure and Certifications

Board Certified - American Board of Radiology
Board Certified - Japanese Board of Radiology
Board Certified - American Board of Nuclear Medicine
Iowa Medical License - Iowa Board of Medical Examiners
Japan Medical License

Research Summary

  1. Multi-detector-row CT (MD-CT) to evaluate orthopedic hardware complications
  2. Acetabular fracture classification: Diagnosis and interobserver agreement
  3. Peroneal tendon dislocation: Diagnosis by MD-CT
  4. Three-dimensional volume-rendered images for tendon abnormalities
  5. Use of nuclear medicine studies for the diagnosis of osteomyelitis
  6. MD-CT characterization for dysplastic hip
  7. MD-CT characterization for tarsal coalition and related conditions
  8. MD-CT metal artifact reduction
  9. Thoracic spine fracture: Diagnosis by radiography and MD-CT
  10. Use of MD-CT to evaluate bone fusion Thoracolumbar spine fracture: Diagnosis by radiography and MD-CT

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