This three-editor, 13-contributor, seven-chapter text, per the preface, is written for the researcher interested in using imaging techniques to accomplish in vivo imaging.
Two books are reviewed: Guide to Health Informatics, 3rd ed., and The Death of Cancer: After Fifty Years on the Front Lines of Medicine, a Pioneering Oncologist Reveals Why the War on Cancer Is Winnable—and How We Can Get There.
Three different texts are reviewed this issue.
As a former design instructor, the title of this text interested me because I had not personally used the term contextual inquiry in my teaching, nor had I read it in literature.
This text, primarily authored by W. David Lee, is a straightforward argument that there are many instances with a period of 40 or so years from the discovery of a technology (for example, X-rays and associated equipment) to the development and utilization of such equipment in the biologists’ laboratory such that DNA analysis could be performed.
This book is a four-editor, ten-contributor text with an interesting collection of nine essays regarding the relationship of work and life from a variety of viewpoints. These viewpoints are the products of thinking sessions among the authors, who come from fields such as electrical engineering, biology, psychology, neurobiology, marine research, management, and entrepreneurship
This one-editor, 28-author, 12-chapter book provides a very good start-up guide for students, researchers, and clinicians looking for quick guidance on the technical fundamentals, molecular background, evaluation procedures, and clinical applications of well-established medical imaging modalities as well as newly emerging technologies using light or sound.
To me, the title of this book implied that it might be useful as a textbook or as a reference handbook in survey courses on clinical engineering
From Academia to Entrepreneur: Lessons from the Real World by Eugene Khor is an interesting, compact, reasonably priced, 13-chapter textbook conveying lessons learned by the author both during his time in academia and while in business
Synthetic biology aims to build or create new living organisms either from raw materials or from materials borrowed from other organisms. Although arguably only a short step away from the techniques already practiced in molecular biology