About this item
Highlights
- This pocket guide provides concise discussion on the effective use of PET and PET/CT in patient management for a wide range of clinical conditions.
- Author(s): Ronald B Workman & R Edward Coleman
- 248 Pages
- Medical, Radiology, Radiotherapy & Nuclear Medicine
Description
About the Book
This pocket guide provides concise, coherent, and useful discussion on the effective use of PET and PET/CT in patient management for a wide range of clinical conditions, for clinicians involved in the diagnosis, initial staging, and re-staging of malignancy.
Book Synopsis
This pocket guide provides concise discussion on the effective use of PET and PET/CT in patient management for a wide range of clinical conditions. Introductory chapters cover the fundamentals: basic science, patient preparation, and logistical considerations. The body of the guide examines the role of PET in the management of malignancies such as lymphoma, melanoma, and colorectal cancer. Additional chapters discuss use of PET for pancreatic, ovarian, and cervical cancers, sarcoma, and seminoma, and outlines cardiologic and neurologic applications. The final chapter considers the appropriateness, timing, and limitations of PET in common clinical case scenarios. Select images supplement the text.
From the Back Cover
This invaluable guide provides fundamental information to all clinicians involved in the diagnosis, initial staging, and re-staging of malignancy who are interested in incorporating PET into clinical practice. It provides concise, coherent, and comprehensive discussion of PET and PET/CT that effectively explains its use in patient management for a wide range of clinical conditions. The portable and easy-to-use format of this book was conceived specifically to suit the reference needs of residents and practicing clinicians. From basic principles, such as patient preparation, imaging interpretation, and reimbursement, to specific applications for oncologic, cardiac, and neurologic disorders, this text contains the information needed to fully utilize this powerful and increasingly popular imaging modality.