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Modeling and Simulation in Medicine and the Life Sciences Hardcover – Jan 16 2004


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Amazon.com: 6 reviews
Excellent text on modeling physiological systems. Aug. 18 2013
By Claude Lieber, MD - Published on Amazon.com
Format: Hardcover Verified Purchase
Excellent text on modeling physiological systems. It wastes few words. A knowledge of algebra and elementary calculus is necessary but not more. A working knowledge of physiology is helpful but also not necessary. I would highly recommend this book to anyone studying medical engineering.
Print version is better Oct. 25 2012
By chilohi - Published on Amazon.com
Format: Kindle Edition Verified Purchase
This version of the book is good enough.
Some of the words and letters are really hard to understand, especially the sub-print, so it can get frustrating when you need to study or do homework.
Only buy if you need the book immediately.
could be simplified Sept. 6 2012
By luis - Published on Amazon.com
Format: Paperback Verified Purchase
The samples use in the book to cover different topics like the cardiac system or the cell membrane potential in MATLAB are useful and well written. The book could be simplified in the way it is written to make it more accessible to students and non mathematicians. I liked the book in general since the samples were so complete.
It needs a make over for wording and layout. June 27 2012
By Maxi - Published on Amazon.com
Format: Paperback Verified Purchase
Complicated descriptions of physiological and biological mathematical models. Too bland and no love put into the book, I wish they would give it a make over.
7 of 11 people found the following review helpful
too bad you have to buy this book May 12 2009
By Yngwie Scruggs - Published on Amazon.com
Format: Hardcover Verified Purchase
This book is not very interesting unless you are a freshman math major who has a subtle interest in physiology. The book more or less is a set of derivations and cute math tricks despite the fact it was designed to teach concepts of physiological modeling. I had this book as the focus of a biomedical engineering graduate class, and it's not very useful for that. Probably 3/4 of the questions in the back of each chapter could be summarized as "plug (some value) into (some equation). What is the answer?" They do the thinking for you and then ask you to regurgitate a formula or plug and chug. It doesn't demand any understanding of the material to answer most of the questions. There is almost no design or medical treatment choices involved--you are just studying something for the sake of studying it. The math tricks and derivations are really the focus of the book, rather than the actual conservation principles or physiology concepts that the models are based on. Assumptions are explained, but often the alternatives or models actually used in the field are not discussed at all. Finally, the MATLAB code that is included is rather poor. None of the graphs have titles or labeled axes, so in order to run a simulation, you must first dig through the code for an hour to figure out what each of the plots is. They also use up to 8 or so different files for simulations, which is rather silly. Most of the stuff they're doing can be done cleanly in no more than 4 documents. There is very little commenting in the book code which makes it all the more time-consuming to follow.

It might be a decent reference book for understanding some basic modeling principles, but that's about all.


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