I. Carrio and P. Ros, Eds.
New York, NY: Springer, 2014, 163 pages, $179
Following the success of PET/CT in clinical applications, it would seem logical that PET/MR imaging can provide an innovative alternative taking full advantage of the superiority of MR imaging over CT in differentiating soft-tissue abnormalities while reducing radiation exposure. PET/MR imaging combines the molecular data of PET with the precise anatomic and physiologic information of MR imaging and offers the promise of a simplified workflow and pathway for molecular imaging in medicine.
In compiling this small textbook, the editors have brought in an international group of 31 experts in the fields of PET and MR imaging. There are 11 chapters divided into 3 parts. The first part deals with methodology and equipment and comprises 3 chapters: PET/MR imaging system design; image distortions, including artifacts in clinical PET/MR imaging; and workflow and practical logistics, including imaging protocols. The second part, with 6 chapters, discusses the clinical applications and potential roles of PET/MR imaging in oncology, cardiology, and neurology. PET/MR imaging of breast cancer, lymphoma, liver disease, colorectal cancer, brain imaging, and cardiology is covered in individual chapters. Unfortunately, there are only a few illustrative clinical cases, but the images are clear and informative. The last part, with 2 chapters, addresses the risks and safety of PET/MR imaging, health-care costs, and the impact of PET/MR imaging. The references are current, but the index seems limited. There is no preface or foreword.
This book is recommended to trainees and practitioners in the fields of nuclear medicine, radiology, and radiologic sciences who want to learn more about the latest developments and clinical utility of a new hybrid, PET/MR imaging.
- © 2014 by the Society of Nuclear Medicine and Molecular Imaging, Inc.