Runge VM, Nitz WR, Heverhagen JT. The Physics of Clinical MR Taught Through Images, 4th Edition. Thieme 2018; 336 pages; 706 illustrations; $69.99.
What is the best and most efficient way of learning the physics of MR and applying that knowledge to the daily interpretation of clinical images? The 4th edition of the 318-page soft cover book The Physics of Clinical MR Taught Through Images bridges the gap between imparting MR physics knowledge and demonstrating the consequences of varying protocols and image acquisition. This book is edited by Drs. Runge, Nitz, and Heverhagen with contributors from seven others (MDs and PhDs). One hundred and forty chapters cover virtually all parameters of MR, such as hardware; fundamental MR Principals, image acquisition (basic and advanced), effect of fluid flow and the use of flow diagnosis, outlining MR imaging of specific organs (breast, heart, liver, cartilage), various artefacts and how to overcome them, and techniques to improve image quality.
To acquire the most benefit from this book one needs to start with the basic chapters because it would be difficult to skip to a specific sequence (e.g. a VIBE series) and totally appreciate the underlying concepts. For example, understanding space and spatial frequencies without reading the pertinent prior chapters on that subject. This is a strength of the book—building on previously discussed concepts.
From coil technology, MR safety, and basic concepts (well described and illustrated) to frequently encountered artifacts and how to deal with them, to the entire panoply of MR techniques—this book is an invaluable source publication. There is much more available than neurological applications (myocardium, cartilage, mammo, liver).
There are so many positives about this book. Primarily, it offers the ability to quickly review certain concepts like BOLD, elastography, Arterial spin labeling, flow sequences, DTI, and others without having to read multiple formidable pages. Here, the concepts are presented succinctly and with imaging examples. This book is a recommended purchase for personal use and for all departmental libraries.
