Sm Animal Med Diagnosis - 3rd Edition by Michael D Lorenz & T Mark Neer & Paul Demars (Paperback)

Book Synopsis

Small Animal Medical Diagnosis, Third Edition takes a problem-oriented approach to clinical diagnosis and outlines core information necessary to effectively evaluate the major medical problems in dogs and cats. The text starts by defining problems caused by disease and proceeds to integrate the history, physical examination, and diagnostic modalities into a logical approach designed to assist with the medical management of patients. The new edition continues to serve as a vital tool in accurate and appropriate diagnosis for small animal veterinarians, emergency and critical care veterinarians, and veterinary students.

From the Back Cover

Small Animal Medical Diagnosis, Third Edition provides a valuable update of this ever-popular text. Taking a logical problem-oriented approach to clinical diagnosis, this book provides core information on diseases and disorders to aid in the effective evaluation of major medical problems in dogs and cats. The third edition will update the diagnostic plans provided in each chapter to more accurately reflect the latest information and technology available to small animal veterinarians. In addition, several chapters have been consolidated to streamline content and enhance the user-friendliness of the text. Small Animal Medical Diagnosis, Third Edition will continue to serve as a vital tool in accurate and appropriate diagnosis in small animal medicine.

Review Quotes

"This book fills a gap that exists between the quick reference texts that have proliferated recently and more extensive medical reference texts. It provides an approach to problems in manageable and meaningful chunks to create conceptual understanding, rather than providing an outline of facts and recommendations. The book is probably most useful for veterinary students and new graduates overwhelmed by the amount of information in other texts but facing animals with problems in their clinics. It would also be a handy off-the-shelf reference for practitioners faced with rare problems or hoping to avoid overlooking a key differential diagnosis. Students who work through the book in a thoughtful manner can be expected to gain skills in problem identification and the mechanistic diagnostic approach. Working through the clinical vignettes also strikes me as an excellent way to prepare for the national licensing examination, with more learning gained than anticipated from practicing multiple-choice questions. In summary, this book should be an excellent investment for veterinary students and small animal practitioners." (Journal of the American Veterinary Medical Association, March 2010)

"The new edition includes the addition of case reports, and I felt it helps give the reader a clearer picture of the patient and the development of the thought process as it progresses through the case during the work-up. There have been updates to diagnostic tests that are reflective of the changes and improvements that have been made in procedures as they are performed in the veterinary field.... The format is an excellent way to help teach how to think through a case and the logical steps to thoroughly work through it." (VSPN, October 2010)

"Overall I feel it would be a good text for both veterinarians and veterinary technicians alike to help teach or reinforce many points to be considered when presented with a patient, including clinical signs throughout the disease process." (Veterinary Information Network, October 2010)

"The pathophysiological background in each section is certainly useful information and the clinical vignettes make surprisingly pleasant reading-a bit like Aesop's Fables for vets." (Veterinary Practice, April 2010)

About the Author

Michael D. Lorenz is Dean of Veterinary Medicine at Oklahoma State University.

T. Mark Neer is Professor of Internal Medicine and Director of the Veterinary Teaching Hospital at Oklahoma State University.

Paul DeMars is Adjunct Assistant Professor of Small Animal Community Practice at Oklahoma State University.