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The human knee, with its complex anatomy and frequent disorders, undergoes radiologic examination more than any other joint. Imaging Strategies for the Knee organizes all of the relevant information clinicians need to help them reach a sound diagnosis, accurately and efficiently.Features include:-More than 400 illustrations that show vividly how to recognize and compare morphological details-Complete coverage of all examination techniques including ultrasound, CT and MRI-Clinical background information for every finding-An innovative layout: three columns of text, additional information in the margins and images provide essential information at a glance-Keywords and concise text boxes in the margins on disease, pathology, clinical manifestations, first-line examination methods, imaging requirements, and treatment options-Helpful summaries at the end of each chapter to facilitate rapid review-Comprehensive coverage of all disorders, logically grouped according to disease classification An ideal introduction for students and residents, Imaging Strategies for the Knee is also a convenient, durable resource that radiologists, orthopedists, and trauma surgeons will reach for again and again in their daily practice.
The human knee, with its complex anatomy and frequent disorders, undergoes radiologic examination more than any other joint. "Imaging Strategies for the Knee" organizes all of the relevant information clinicians need to help them reach a sound diagnosis, accurately and efficiently. Features include: More than 400 illustrations that show vividly how to recognize and compare morphological details Complete coverage of all examination techniques including ultrasound, CT and MRI Clinical background information for every finding An innovative layout: three columns of text, additional information in the margins and images provide essential information at a glance Keywords and concise text boxes in the margins on disease, pathology, clinical manifestations, first-line examination methods, imaging requirements, and treatment options Helpful summaries at the end of each chapter to facilitate rapid review Comprehensive coverage of all disorders, logically grouped according to disease classification An ideal introduction for students and residents, "Imaging Strategies for the Knee" is also a convenient, durable resource that radiologists, orthopedists, and trauma surgeons will reach for again and again in their daily practice.
An up-to-date and comprehensive review of the discipline of imaging of the knee. The first part discusses the various techniques employed when imaging the knee. Individual chapters are devoted to radiography, arthrography, computed tomography and CT arthrography, magnetic resonance imaging and MR arthrography, and ultrasonography. The second part then documents the application of these techniques to the diverse clinical problems and diseases encountered in the knee. Among the many topics addressed are: congenital and developmental abnormalities, trauma, meniscal pathology, and others. Each chapter is written by an acknowledged expert in the field.
This book presents radiology of the shoulder in a unique didactic concept, with careful organization of material under headings, using margin comments that summarize the most important information. The book begins with a chapter on the basic anatomy of the shoulder joint, and shows examples of various projections of standard radiographs, and what these reveal. Arthrography, ultrasound, CT and MRI are included in all parts of the book. Following this introductory chapter on image technique and interpretation, the individual pathologic chapters cover such topics as trauma, degenerative changes, tumors, inflammation and more.A concise and clearly organized representation of contents in this text allows quick orientation and assimilation of the most important aspects of shoulder imaging.
This book presents radiology of the shoulder in a unique didactic concept, with careful organization of material under headings, using margin comments that summarize the most important information. The book begins with a chapter on the basic anatomy of the shoulder joint, and shows examples of various projections of standard radiographs, and what these reveal. Arthrography, ultrasound, CT and MRI are included in all parts of the book. Following this introductory chapter on image technique and interpretation, the individual pathologic chapters cover such topics as trauma, degenerative changes, tumors, inflammation and more. A concise and clearly organized representation of contents in this text allows quick orientation and assimilation of the most important aspects of shoulder imaging.
The next best thing to a mentor in learning how to understand the technique and interpretation of MR imaging of the lower extremities. Features of this book include: a double-page concept, with schemes and illustrations on the right explanatory text on the left a total of more than 1000 MR images and illustrations provide a comprehensive visual overview of the normal and pathologic musculoskeletal tissues of the lower extremities practice cases are included to test what one has learned from the book When you have worked through this book you will understand why certain exams are performed; why certain protocols are used; what you actually see; what is normal, artifact or pathologic; which clinical context is involved; and what your reactions should be. This is a marvelous introduction to MR imaging of the lower extremities, and is particularly valuable for the way it integrates imaging findings with the clinical context.
Osteoarthritis (OA) is a degenerative disease of the joints, but treatment options have remained limited largely due to an inability to detect and monitor OA in its earliest stages. Medical imaging is a valuable tool to non-invasively evaluate changes in bone, soft tissues like cartilage, and the synovium in OA onset and progression. However, there is a need for improved methods that can not only detect structural and compositional changes in these tissues, but also changes in joint function early in the course of disease. This work develops and progresses the application of medical imaging tools to assess whole joint health in early OA. First, I focus on a magnetic resonance imaging (MRI) technique called gagCEST which aims to image glycosaminoglycan depletion, thought to be the earliest degenerative cartilage changes in OA, with high specificity. However, technical challenges have limited its translational potential at clinical field strengths like 3 Tesla. Here, I make improvements to the gagCEST technique to enable rapid, 3D imaging of the whole knee with improved dynamic range and good repeatability and apply it to study cartilage in a healthy cohort and a cohort with mild to moderate OA. While MRI is a valuable tool to probe structural changes in soft tissues and bone, imaging of bone function remains a challenge with MRI. Combining MRI with [18F]sodium fluoride positron emission tomography (PET) imaging allows for simultaneous assessment of structure and function. I advance the application of PET-MR imaging in OA by comparing quantitative measures of bone vascularization and mineralization in healthy and OA knees and examining spatial relationships between altered bone metabolism and degenerative changes in bone, cartilage, and the synovium. I further applied hybrid PET-MR imaging to study knee joint function by quantifying the short-term response of bone and cartilage to exercise. Results suggest that this technique has strong potential to detect early joint dysfunction after loading. Overall, this work represents a shift toward whole-joint imaging to assess spatial relationships between structure and function of multiple joint tissues.
This booklet, in A to Z format, is a succinct but wide-ranging guide to the use of MRI for investigations of the knee joint. It provides easily retrievable answers to the questions that arise frequently during daily radiological practice. All relevant injuries and disorders are covered, typically with brief descriptions of pathological and clinical characteristics, guidance on selection of imaging technique, identification of potential diagnostic clues, and highlighting of useful tips and tricks. In addition, practical, state-of-the-art information is provided on other aspects of relevance. Characteristic images are included as necessary. Knee Imaging, published within the series A-Z Notes in Radiological Practice and Reporting, will be of value for both residents and general radiologists. Beyond assisting in MR reporting, it will help examination candidates in their preparation.
This abundantly illustrated atlas of MR imaging of the knee documents normal anatomy and a wide range of pathologies. In addition to the high-quality images, essential clinical information is presented in bullet point lists and diagnostic tips are included to assist in differential diagnosis. Concise explanations and guidance are also provided on the MR pulse sequences suitable for imaging of the knee, with identification of potential artifacts. This book will be an invaluable asset for busy radiologists, from residents to consultants. It will be ideal for carrying at all times for use in daily reading sessions and is not intended as a reference to be read in the library or in non-clinical settings.
with contributions by numerous experts