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Radiology though being restricted to only analyzing images, carries a greater depth to it in encompassing all the forms and fields of medicine from embryology, pathology to treatment and its response. The importance of radiology in the present set-up is very high and no patient work-up is complete without a radiological investigation. Quantitative and qualitative perspectives have always been the two sides of a coin in radiology. Both have been synergistic to each other in not only identifying the lesion, characterizing it but also in guiding effective planning of management, its execution and follow-up. The role of measurements so plays a more integral part at all these levels. Measurements also provide a distinct sense of accuracy and specificity in aiding diagnosis. The experience of taking various measurements in radiology during my postgraduate days made me realize the need for handbook in simple, concise, tabular and diagrammatic format to facilitate the easy and fast reporting of various cases by radiologists. Data contained in this book is compiled from various standard radiology textbooks (refer Bibliography), journals and Internet over the years since my postgraduate days, this will be companion to standard textbooks.
Radiology though being restricted to only analyzing images, carries a greater depth to it in encompassing all the forms and fields of medicine from embryology, pathology to treatment and its response. The importance of radiology in the present set-up is very high and no patient work-up is complete without a radiological investigation. Quantitative and qualitative perspectives have always been the two sides of a coin in radiology. Both have been synergistic to each other in not only identifying the lesion, characterizing it but also in guiding effective planning of management, its execution and follow-up. The role of measurements so plays a more integral part at all these levels. Measurements also provide a distinct sense of accuracy and specificity in aiding diagnosis. The experience of taking various measurements in radiology during my postgraduate days made me realize the need for handbook in simple, concise, tabular and diagrammatic format to facilitate the easy and fast reporting of various cases by radiologists. Data contained in this book is compiled from various standard radiology textbooks (refer Bibliography), journals and Internet over the years since my postgraduate days, this will be companion to standard textbooks.
This practical, comprehensive book provides succinct and up-to-date information on the value of the various diagnostic radiological measurements made using all the imaging modalities currently employed in the management of a wide spectrum of musculoskeletal disorders. The book has a unique design, with three distinct but dove-tailed sections. All chapters are written by experts in the field, drawn from across Europe, and the book is lavishly illustrated throughout.
For all radiology residents and practitioners faced with mastering the huge array of image-based measurements and classifications in orthopedics, Measurement Methods Classifications in Musculoskeletal Radiology fills an important gap.Highly practical and accessible, it presents the measurement techniques, classification systems, scoring methods, and reference values currently in use in musculoskeletal radiology in a single, comprehensive volume, stressing the significance of each for determining the stage, diagnosis, treatment, and prognosis of a wide range of orthopedic disorders. Special Features: Gathers all currently fragmented information on musculoskeletal radiology measurements and classification systems (excluding bone fractures) into one convenient text eliminating the need for time-consuming memorization and literature searches Covers all established measurement methods made using conventional and sectional imaging techniques Includes nearly 400 detailed illustrations and radiological images showing reference lines, markings, orientations, and angles, with key values indicated throughout Logically structured by anatomic sites and pathologies for easy access to information, with clinical pearls highlighted in every chapter Offers practical guidance on the relevance and reliability of each imaging method, preferred techniques for specific diseases, and tips for achieving the clearest and most precise measurement results Ideal for use at the radiology workstation, this generously illustrated resource will also be helpful to orthopedic specialists and trauma surgeons who utilize radiologic measurements and classifications for optimal diagnostic and treatment decisions.
A clear, concise approach to acquiring the skills of interpreting the clinically vital components to the most common radiographic conditions seen in the emergency room or on the ward by the non-radiologist. While intended for medical students and residents, it is also useful for nurses, nurse practitioners, PA’s and X-ray technicians. Each chapter is subdivided into Radiographic Anatomy, Approach and Specific Problem sections. In the Radiographic Anatomy sections, key anatomical landmarks are identified using simple illustrations. In the Approach sections, reading of the radiographic examination is explained using analogies, illustrative cartoons and mnemonics. In the Specific Problem sections, the radiographic findings of the most common and deadly conditions are discussed. Topics such as MRI, CT, barium studies and ultrasonography are covered in greater detail with the companion Download of Clinical Radiology MRS Atlas program (Win/Mac).
Designed to help you quickly learn or review normal anatomy and confirm variants, Imaging Anatomy: Knee, Ankle, Foot , by Dr. Julia R. Crim, provides detailed anatomic views of each major joint of the lower extremity. Ultrasound and 3T MR images in each standard plane of imaging (axial, coronal, and sagittal) accompany highly accurate and detailed medical illustrations, assisting you in making an accurate diagnosis. Comprehensive coverage of the knee, ankle, and foot, combined with an orderly, easy-to-follow structure, make this unique title unmatched in its field. - Includes all relevant imaging modalities, 3D reconstructions, and highly accurate and detailed medical graphics that illustrate the fine points of the imaging anatomy - Depicts common anatomic variants (both osseous and soft tissue) and covers imaging pitfalls as a part of its comprehensive coverage - Enables any structure in the lower extremity to easily be located, identified, and tracked in any plane for a faster, more accurate diagnosis - Provides richly labeled images with associated commentary as well as scout images to assist in localization - Explains uniquely difficult functional or anatomical regions of the lower extremity, such as posterolateral corner of knee, ankle ligaments, ankle tendons, and nerves of the lower extremity - Presents coronal and axial planes as both the right and left legs, on facing pages, making ultrasound/MR correlation even easier
This book is aimed at trainee and practising radiologists, as well as all other healthcare professionals.
Radiology Fundamentals is a concise introduction to the dynamic field of radiology for medical students, non-radiology house staff, physician assistants, nurse practitioners, radiology assistants, and other allied health professionals. The goal of the book is to provide readers with general examples and brief discussions of basic radiographic principles and to serve as a curriculum guide, supplementing a radiology education and providing a solid foundation for further learning. Introductory chapters provide readers with the fundamental scientific concepts underlying the medical use of imaging modalities and technology, including ultrasound, computed tomography, magnetic resonance imaging, and nuclear medicine. The main scope of the book is to present concise chapters organized by anatomic region and radiology sub-specialty that highlight the radiologist’s role in diagnosing and treating common diseases, disorders, and conditions. Highly illustrated with images and diagrams, each chapter in Radiology Fundamentals begins with learning objectives to aid readers in recognizing important points and connecting the basic radiology concepts that run throughout the text. It is the editors’ hope that this valuable, up-to-date resource will foster and further stimulate self-directed radiology learning—the process at the heart of medical education.