Textbook of Radiology Physics, First Edition. Editors: HariqbalSingh, AmolSasane and RoshanLodha, Jaypee Brothers Medical Publishers (P) Ltd, New Delhi, India, 2016. Paperback 176 pp. Price: $40.00. ISBN 9789385891304.

Abstract

This hardcover volume is the first edition textbook on radiology physics. It is composed of 25 chapters, starting with a general description about electromagnetic radiation, X-ray production and radiation protection. Then, it continues with topics on specific imaging modalities, such as, ultrasound, magnetic resonance, computed tomography (CT), mammography, positron emission tomography (PET), and single photon emission tomography (SPECT). The next few chapters address the issue of picture archiving and communication systems, contrast media used in CT, and artifacts. There is also a chapter on the planning of a radiology department. At the beginning of the textbook, you will find eight colorful plates of images and figures that are referenced throughout different sections of the book. The textbook provides a brief and simple description of various imaging systems. It is most suitable for residents who wish to perform adequately on examinations without taking the extra effort to understand the fundamental physics principles related to each modality. Since the textbook is written by physicians, it is ideal for radiology residents and technical staff working in imaging departments. It is also idyllic for medical colleges and various medical and hospital libraries. The book is probably not as detailed as some medical physicists in training would prefer, but it could be a good base for the initial understanding of the imaging chain. The 149 pages of the textbook begin with introducing the book contributors. There are 19 contributors in all. After a small preface and the acknowledgments section, the reader is introduced to the table of contents consisting of 25 chapters and a five page index. Although each chapter contains a substantial number of black and white figures and images, the reader can also revisit the eight plates of colored images, which follows the table of contents. Although not strictly necessary, a few references could have been added at the end of every chapter to facilitate further literature for the reader to review. This textbook provides a simple and concise description of the radiological physics of X-rays. It includes the essential information needed to understand how images are created, aspects that impact image quality, and factors that affect radiation risks and protection. Virginia Tsapaki is the Head of the medical physics department in Konstantopoulio General Hospital of Athens, Greece. She has been an IAEA expert in Medical Imaging Physics for over 10 years, IOMP Secretary General and EFOMP Chair of Projects Committee. She is currently the President of Hellenic Association of Medical Physicists (3rd term).