Physics in Nuclear Medicine

I like this text book..It is a great introductory book, very clear explanations, good references...It helped me a lot for my dissertation

Simon Cherry has recently updated this venerated classic textbook originally written by Michael Phelps and Jim Sorenson. The revised and expanded book makes a timely contribution to modern imaging. I just used this book as a supplement to a graduate course at San Diego State University on "Physics of Imaging". It is clear, thorough and very well written. Steven Goetsch, Ph.D.

"Sorenson and Phelps" is now "Cherry, Sorenson and Phelps." It is still the standard text for nuclear medicine physics, covering the topics well for the radiology resident, nuclear medicine resident or fellow, or a beginning medical physicist. While clearly (in my opinion) the best text in its field, I would suggest that the authors give future consideration for a companion CD ROM (as in many new texts) that helps the reader understand some of the more complex topics, and that they give more treatment to quantiative PET scanning (including a "cookbook" on Patlak analysis using either arterial sampling or modified for venous sampling with left ventricular or aortic region of interest measurement with PET/CT). Sadly, little PET/CT information is available, perhaps the "hottest" topic in nuclear medicine.All in all, though, it is still the standard text in the field. I am glad to see (and own) the latest edition, and highly recommend it for purchase.

Sorenson and Phelps have compiled all of the relative and essential physics of nuclear medicine in such a way that is easy to understand. This text also contained graphs that illustrated points and made them much clearer. The pictures of hardware, although somewhat outdated, also were helpful in the learning process. This is an excellent text for any course of study related to nuclear medicine.

This is one of those books that should be in thelibrary of every medical and health physicist, radiologist, residents and students. A little dated by now (published in 1986), but it still provides excellent coverage of the basic physics of nuclear medicine which haven't really changed.Topics covered include radiation, radiation detectors and instrumentation, radionuclide production, dosimetry, Anger cameras and imaging systems, tracer kinetics and radiation safety.