Metadata-driven Software Systems in Biomedicine: Designing Systems that can adapt to Changing Knowledge (Health Informatics) 2011th Edition
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From the Back Cover
The technical portion of the book consists of database schemas and working code that provide non-trivial examples for the practitioner who is conversant with software development and wishes to employ the approaches described in the book. Eight of the ten chapters include case studies, while the book also includes extensible designs in biomedical applications: electronic medical records, clinical study data management systems, laboratory research support systems, ontologies, and production-rule subsystems. This book is therefore ideal for individuals who have to interact with large biomedical database systems in an information-technology or informatician capacity, build interfaces to such systems or design new systems themselves.
- Publisher : Springer; 2011th edition (May 29, 2011)
- Language : English
- Hardcover : 416 pages
- ISBN-10 : 0857295098
- ISBN-13 : 978-0857295095
- Item Weight : 1.74 pounds
- Dimensions : 6.14 x 0.94 x 9.21 inches
- Best Sellers Rank: #9,679,758 in Books (See Top 100 in Books)
- Customer Reviews:
Top reviews from the United States
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If your underlying data model is not designed correctly from the start, no amount of "user-friendly" software layered on top will conceal the problem. Read and heed the advice in this book, and you can avoid much pain. Also you should hit vendors over the head when they ignore the principles that Prakash lays out.
This is possibly the only comprehensive book on the subject of metadata-driven systems in healthcare, but it is very high quality. It is a highly readable, entertaining, comprehensive and practical introduction to building complex systems for healthcare data management. The first person writing style is refreshing, and draws the reader in. The text is punctuated with amusing brutally-honest assessments about certain suboptimal technologies and approaches that are prevalent in healthcare informatics.
In my opinion, this book, with supplemental materials and assignments, should form the basis for required coursework in all medical informatics programs. Prerequisites would include basic courses in programming, database design, clinical thought, statistics and the like. Since the book leans heavily on Windows and database technology, a familiarity with SQL and Microsoft Access query design and programming will be very helpful. Ideally, readers should also have at least several months of practical experience using a few EMR systems. This is a book to be studied and applied in practice while building new systems. Dr. Nadkarni's open source TrialDB software and documentation (ycmi.med.yale.edu/trialdb/) are also very useful for playing with a working product.
On the downside, there are a few first-edition typos, and the binding on my copy broke after a few weeks.