 MedicalScienceBooks.com
medical book review:
Dominique Didier and Osman Ratib present their cumulative experience in
this excellent handbook covering the rapidly evolving field of
cardiovascular magnetic resonance (CMR). The first chapter
provides an overview of techniques, while the subsequent six sections
and the accompanying CD-ROM address specific areas where CMR has
clinical utility. Topics include congenital heart disease,
thoracic aortic abnormalities, cardiac masses, valvular heart disease,
pericardial disease, cardiomyopathies, and ischemic heart disease. This
coverage is comprehensive, given the most common referrals for CMR
evaluation.
The chapter on techniques
does a good job of avoiding bias toward any given vendor of MR
equipment, even though significant differences exist, for example, in
real-time imaging, free-breathing techniques, and user interface/postprocessing.
A brief coverage of k-space and other pertinent MR physics principles
would have been helpful, particularly for readers getting started in the
field of CMR.
The section on congenital
heart disease is quite thorough, with a nice presentation of the
segment-by-segment approach for defining the simplest to the most
complex cardiac anomalies. The illustrations in this section are
excellent and provide a good reference set for all major congenital
anomalies and their long-term complications. Similarly, the
chapters on aortic anomalies and cardiac masses cover a broad spectrum
of disorders with representative cases.
As important as the
high-quality anatomic information generated by CMR are its quantitative
capabilities, which provide complementary physiological assessment of
cardiovascular diseases. Both velocity-encoded cine MR and cine
gradient echo-based techniques are well described in the chapter on
valvular heart disease. Validation with invasive techniques is
mentioned, and facilitates its routine use in most comprehensive CMR
examinations.
Both the sections on
cardiomyopathies and ischemic heart disease omit discussion of late
gadolinium enhancement (LGE) imaging, one of the most important advances
in CMR in the past decade. LGE, or delayed myocardial enhancement,
provides visualization of myocardial scar due to infarction and other
disorders, matched only by TTC staining of the explanted heart. If
performed correctly with, for instance, inversion time optimization as
well as the knowledge required to recognize underlying mechanisms
responsible for different patterns of late enhancement, this technique
can provide significant insight into etiology and prognosis.
Also missing from the text
is any mention of arrhythmogenic right ventricular cardiomyopathy (ARVC),
a frequent referral question but infrequent CMR diagnosis if appropriate
imaging technique and strict diagnostic criteria are used. More
detail on acquisition parameters for the images shown throughout the
book could have been included in the CD-ROM, as space limitations would
probably limit their inclusion in the printed text.
Overall, the text can
serve as a handy reference for technologists, trainees, and practicing
MR physicians. This book is a nice compendium of most of the diagnoses
that can be made definitively with CMR. Other books in the field may
provide more detail on technique, particularly MR physics and newer
techniques such as myocardial scar visualization, topics that could be
included in subsequent editions without affecting its portability.
Ratings (1-4 , 4 being the highest):
Organization of information: 4
Usefulness of book: 3
Suitable for intended audience:
3
Author’s objectives met:
Significant number of illustrations: 4
Quality of illustrations: 3
Table of Contents:
Chapter
1. Cardiac MR Imaging Techniques
Chapter
2. Congenital Heart Disease
Chapter
3. Thoracic Aorta
Chapter
4. Cardiac Masses
Chapter
5. Valvular Heart Disease
Chapter
6. Pericardial Disease and Cardiomyopathy
Chapter
7. Ischemic Heart Disease
Chapter
8. Index
Chapter
9. Dynamic Cardiac MRI-- Companion CD |