Titlebook: Hip Magnetic Resonance Imaging; Young-Jo Kim,Tallal Charles Mamisch Book 2014 Springer Science+Business Media, LLC 2014 Hip.MRI.Orthopedic

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Non-contrast Biochemical Imaging(THA). In addition, the identification of patients who are likely to progress rapidly would be particularly useful when designing clinical trials. Therefore, an early diagnosis of cartilage degeneration and a sensitive, noninvasive diagnostic tool are highly desirable.

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Delayed Gadolinium-Enhanced MRI of Cartilageations come questions regarding appropriate protocols, possible sources of measurement and interpretation errors, and insight into directions for future study. This chapter describes the theoretical basis of dGEMRIC, protocols, pitfalls, and opportunities, focusing on the clinical aspects. Further details can be found in several reviews [3–7].

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Abnormal Articular Anatomya, lesions of the acetabular labrum can be sources of pain and loss of function [6]. In order to accurately identify and diagnose pathology involving the labrochondral complex of the hip, knowledge of the variable appearance and pathology of these structures is necessary.

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Structural Assessment “abnormal.” The aim of this chapter is to illustrate the MRI techniques used to assess hip joint structure, including the standard acetabular and femoral metrics that are used in the standard hip joint approach, and other recently described novel MRI techniques.

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Normal Articular Anatomylection, sound preoperative planning, and consistent arthroscopic technique in order to maximize clinical outcomes. This chapter discusses the relevant arthroscopic anatomy of the hip and anatomic variations that are commonly encountered during this procedure.

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Basic MRI Physics and Artifactsportant tool in modern health care. In this chapter, a brief introduction is given to the physics behind MRI, together with a description of common imaging and quantification techniques, as well as a summary of the most commonly occurring image artifacts.