Whole body computed tomography has developed at a rapid pace in the past decade, spurred on by the introduction of spiral and multislice scanning. These new technologies have not only improved diagnostic accuracy, but also made new applications possible that were previously accessible only through more complex or invasive techniques.
This new book expertly fills a gap in the literature by combining the practically relevant technical background with the clinical information required for correctly performing and interpreting CT examinations. The book presents the state-of-the-art capabilities and requirements of CT as a key diagnostic and interventional tool, with special emphasis on the role of spiral and multi-slice CT.
You will find a thorough introduction to CT technology from scanner design to 3D image reconstruction, useful practical hints on how to optimize your examination protocols and how to keep the radiation exposure of your patients to a minimum, as well as an extensive clinical section in which symptoms, pathology and CT morphology are integrated to provide you with the basis for subtle interpretation of CT findings using the most modern CT techniques.
Highlights include:
Full coverage of single-slice, 4-slice and 16-slice scanning techniques
Introduction to extended CT applications including cardiac CT,CT fluoroscopy,and 3D image processing
Organ-specific protocols for scanning and contrast administration
Practical guidelines for maximizing image quality and minimizing radiation exposure
Useful suggestions for image interpretation and for avoiding pitfalls and errors
Convenient format by organ system and disease entity
Full discussion of organ-specific pathology and CT morphology
CT indications integrated with other imaging modalities
At a time when CT examinations are becoming more technically demanding and complex, with an increasing number of scan parameters and advances in 3D reconstructions, this book is an essential professional tool. Experienced practitioners will find their diagnostic and technical skills improved by reading the book, and beginners will enjoy the clear, systematic approach that will help them use the technique with confidence.
The most practical and up-to-date guide to CT available!
Spiral and Multislice Computed Tomography of the Body
The challenge:
Computed tomography has seen explosive growth in the last decade, spurred on by the introduction and rapid development of spiral and multislice technology. While these technological advances have greatly improved CT's diagnostic potential, image analysis and reporting have become more complex.
The answer:
This lavishly illustrated new book presents the state-of-the-art capabilities of single-slice and multislice computed tomography as a key diagnostic and interventional tool. You will find a complete introduction to the technical aspects of the design of CT scanners and the underlying data processing principles, followed by basic principles of patient preparation, scanning strategies, and image interpretation, providing "all you need to know" to get started with the newest developments in the technology.
Key features of this essential text:
- Up-to-date information on 4- and 16-slice scanning
- Guidelines for optimal use and interpretation of CT, including CT angiography, cardiac CT, CT colonography, 3D imaging, and much more
- Recommended parameters for single-, 4-, and 16-slice CT that yield high diagnostic image quality while maintaining radiation safety standards
- Convenient format, organized by organ system and disease entity, with CT indications integrated with other modalities throughout the book
- Full discussion of all organ-specific pathologic findings
At a time when CT examinations are becoming more technically demanding and complex, this book is an essential professional tool. Experienced practitioners and residents will find their diagnostic and technical skills greatly enhanced by having this book at their side every day.
Mathias Prokop, MD, and Cornelia Schaefer-Prokop, MD, are Associate Professors, Department of Diagnostic Radiology, University of Vienna, Austria;
Michael Galanski, MD, is Professor and Chairman, Department of Diagnostic Radiology, Hannover, Medical School, Germany;
Aart J. van der Molen, MD, is in the Department of Radiology, Leiden University Medical Center, The Netherlands.
