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Ever since the discovery of radium by Madame Curie, men and women of vision and science have labored to improve radiation technology. Over a period of approximately 85 years, we have gone from this initial discovery to three-dimensional computerized transmission tomography; one of the latest techniques in modern day x-ray imaging. Its uses are vast and unparalleled in many facets of medicine and surgery, outlining pathology as never before seen, and possibly, never before completely understood. Three-dimensional computerized tomography is rapidly gaining popularity in cross-sectional imaging of the foot and ankle. It has proven invaluable in elucidating osseous and soft tissue pathology. Abnormalities of the musculoskeletal system that exhibit complex anatomy are often difficult to interpret using standard radiographic techniques. Overall, three-dimensional computerized tomography has established itself as a means by which clinicians may appreciate the three-dimensional disposition of anatomy and disease.
R Morrison, and
J McCarty, and
F R Cushing
January 1986,
Clinical orthopaedics and related research,
R Morrison, and
J McCarty, and
F R Cushing
December 1993,
La Radiologia medica,
R Morrison, and
J McCarty, and
F R Cushing
March 2022,
Clinical neuroradiology,
R Morrison, and
J McCarty, and
F R Cushing
August 1985,
Foot & ankle,
R Morrison, and
J McCarty, and
F R Cushing
August 2022,
National journal of maxillofacial surgery,
R Morrison, and
J McCarty, and
F R Cushing
August 1991,
Aktuelle Traumatologie,
R Morrison, and
J McCarty, and
F R Cushing
January 2019,
Sisli Etfal Hastanesi tip bulteni,
R Morrison, and
J McCarty, and
F R Cushing
December 2004,
Physiology (Bethesda, Md.),
R Morrison, and
J McCarty, and
F R Cushing
July 1989,
Dental Cadmos,
R Morrison, and
J McCarty, and
F R Cushing
November 2006,
Dentistry today,
