Showing posts with label imaging. Show all posts
Showing posts with label imaging. Show all posts

8/31/2012

Naked to the Bone: Medical Imaging in the Twentieth Century (Sloan Technology Series) Review

Naked to the Bone: Medical Imaging in the Twentieth Century (Sloan Technology Series)
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I love reading science books geared toward non-scientists such as I. Bettyann Holtzmann Kelves Naked to the Bone: Medical Imaging in the Twentieth Century exactly fit the bill. Profusely illustrated and gracefully written, this fine work of non-fiction tells the story of x-rays, CT scan, MRI, sonograms, and PET scans. Kelves writes for the non-scientist, and does an excellent job of explaining how these various machines work, how they were perceived at the time, the economics of their development and marketing (Kelves never forgets that, for better or worse, medicine and inventing have always been businesses), and their changes in perception and use over time. Perhaps most interesting, and unexpected, are her two chapters addressing how medical imaging -- the ability to see "bones and all" -- was itself imaged in and influenced the visual, literary, and fine arts. Of particular interest to me, as a lawyer, is her accounts of how x-rays and other imaging devices were first used, and then later relied upon (or rejected) in courts of law. The depth and breadth of her research are truly impressive, as is her fine prose.

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8/04/2012

Fundamentals of Musculoskeletal Imaging (Contemporary Perspectives in Rehabilitation) Review

Fundamentals of Musculoskeletal Imaging (Contemporary Perspectives in Rehabilitation)
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The textbook has several nice introductory chapters on imaging basic science, reading principles (for x-rays), and the role of physical therapists with imaging practice. the x-rays are of good quality and size and the schematic labels are pretty thorough. The CD is a nice adjunct for active learning, however, it is a bit limited in structures to label and # of views to test yourself on.
As an educator, it would be very nice if the publisher would place the images, tables, figures on a CD for teachers to drop into powerpoint slides or have PDF documents of the chapters. Additionally, future editions may wish to include more views with x-ray imaging on the CD and include more images with pathology on the CD
One major limitation to this textbook is the lack of MR and CT images. The title "....Musculoskeletal Imaging" suggests a global approach. However, this text primarily contains x-ray images. If you're going to adopt as a textbook, you will need to supplement heavily using other textbooks and resources for the MR and CT images. If your class will include thorax and pelvis, you will definetely need another textbook or resource to cover those topics as these are not addressed with this text.
For textbook supplementation, I recommend anyone check out the following resources:
1) Orthopaedic Imaging a Practical Approach by Greenspan (nice mix of imaging types and labeling; excellent desk reference)
2) Clinical Imaging by Dennis Marchiori (excellent resource for extreme details of x-ray labeling, imaging of torso and pelvis, and nice chapters on normal variants in imaging by region)-this text is pretty heavy on x-ray also
3) Magnetic Resonance Imaging in Orthopedics and Sports Medicine by David Stoller (the most thorough textbook on MR imaging I've seen to date)
4) Radiology 101 by William Erkonen (nice general overview text; contains neuroimaging and thorax and pelvis)

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Author Lynn McKinnis, the 2009 winner of APTAHelen J.Hislop Award for Outstanding Contributions to Professional Literature, presentsa straightforward, logical approach to medical imaging for physical therapists.After introductory chapters on basic radiology, a chapter on howto evaluate radiographs and chapters on advanced medical imaging, the text isorganized by anatomic regions and then by joints.At the heart of each anatomic chapter is a complete set of normal,routine radiographs that include tracings and point-by-point teachingobservations. Each chapter ends with a discussion and offers imaging examplesfor commonly seen traumas and pathologies. The accompanying CD-ROM features exercisesthat reinforce the content in the text and help you to identify and recognizeanatomy and pathologies. A volume in the Contemporary Perspectives in Rehabilitation SeriesEdited by Steven L. Wolf, PhD, PT, FAPTA

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4/06/2012

The Essential Physics of Medical Imaging (2nd Edition) Review

The Essential Physics of Medical Imaging (2nd Edition)
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This text book is the most up to date and comprehensive text book available for radiology residents preparing for the ABR exam as of this date 3/12/2002. I have recommended this text for my most serious students and they have done quite well on the ABR exam. ( Most have scored in the > 90th percentile in the U.S.) For residents who want to just pass the exam, I recommend Sprawls text.
Edward J. Goldschmidt Jr., M.S., DABMP, ...

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2/02/2012

Essential Physics of Medical Imaging Review

Essential Physics of Medical Imaging
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A good book for teaching residents from. Covers a pretty wide range of topics. The level of detail covered is probably just enough for a radiology residents course, but medical physics students and grad students will probably find it a bit lacking. However, still an essential part of any medical physicist's library.

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University of California, Davis, Sacramento, California. Physics text for radiology residents. Covers basic concepts, diagnostic radiology, nuclear medicine, radiation protection, dosimetry, and biology. Illustrated.

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