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Graff's Textbook of Urinalysis and Body Fluids, Third Edition features short, easy-to-digest chapters, and an extensive array of built-in study aids to help you master key content.
Practical, focused, and reader friendly, this popular text teaches the theoretical and practical knowledge every clinical laboratory scientist needs to handle and analyze non-blood body fluids, and to keep you and your laboratory safe from infectious agents. The 5th Edition has been completely updated to include all of the new information and new testing procedures that are important in this rapidly changing field. Case studies and clinical situations show how work in the classroom translates to work in the lab.
The coverage in this text spans the entire spectrum of urine and body fluids analysis, providing your students with a solid foundation for learning. Topical material is augmented by case studies which are based on actual patients -- students learn to develop effective problem-solving skills. The text's major emphasis is on urinalysis, with coverage that includes / anatomy and physiology of the urinary tract / disease correlations / collecting specimens / instrumentation, and / physical, chemical, and microscopic examination. Other areas of interest include analysis of cerebrospinal fluid, seminal fluid, synovial fluid pleural, pericardial and peritoneal fluid, and quality assurance and safety in the clinical laboratory. Answers to case studies at the end of the text enhance and reinforce learned material. More than 200 full-color photomicrographs highlight normal and abnormal structures found in urinary sediment and other body fluids.
This urinalysis text gives instruction on the analysis of urine and other body fluids. It covers clinical laboratory procedure, safety and quality assurance. Case studies and self-assessment questions are presented, as well as a colour atlas of slide preparations commonly encountered in analysis.
This volume provides the essential theory as well as practice for the study of urine and body fluids other than urine. It is a concise compendium of information both of a practical as well as a clinical resource for understanding conditions of patients with whom the laboratory analyst has contact. It informs the reader not only of the how to perform certain tests but also of the why these tests are clinically important and therefore helps in obtaining the best clinical data possible.
Newly updated, Graff's Textbook of Urinalysis and Body Fluids is the best urinalysis reference for laboratory students and professionals. In its Second Edition, this practical book retains its full-color images and top-notch coverage of urinalysis principles while significantly updating the content, broadening the scope to include new material on body fluids, providing more information on safety and quality assurance, and adding textbook features such as objectives, case studies, and study questions.
This is the eBook of the printed book and may not include any media, website access codes, or print supplements that may come packaged with the bound book. The current, concise, and easy-to-read guide to urinalysis and body fluids for all clinical laboratory technology students and professionals. Clinical Laboratory Urinalysis and Body Fluids brings together all the information clinical laboratory technology students need about all aspects of urinalysis and body fluids. Current, concise, and easy to read, it reflects the authors' extensive combined experience in academia, research and the technical areas of a clinical laboratory. Topics covered include: safety, quality, renal anatomy/physiology, pre-analytical urinalysis; urinalysis physical components and chemical examination; microscopy; microscopic urine sediment examination; renal diseases; cerebrospinal, serous, and other body fluids; amniotic fluid and pregnancy testing; metabolic diseases, and fecal analysis. Content is sequenced logically, with boxes, tables, and figures augmenting and supporting each chapter's technical information. Chapter objectives are written at two levels, reflecting laboratory technicians' and technologists' differing scope of practice. Periodic self-assessment "checkpoints" challenge students with timely review questions, and chapter-ending review questions are also presented at two levels, reflecting students' differing backgrounds. Students also gain practical insights through case studies at the beginning of each chapter, and "Mini Case" patient scenarios located throughout. Teaching and Learning Experience This book will help students master all the concepts and techniques they need to succeed as clinical laboratory technicians or technologists. Presents up-to-date coverage of all topics related to urinalysis and other body fluids: Covers safety and quality, as well as all common types of body fluid testing and all stages of urinalysis Flexible enough to support instruction of both clinical laboratory technicians and technologists, and students with diverse educational backgrounds: Provides sets of chapter objectives and review questions carefully crafted to serve students with differing knowledge and goals Provides practical insight through multiple case studies: Includes "Case in Point" case studies motivating each chapter, and Mini Case studies throughout chapters.
Previous ed.: Saint Louis, Mo.: Elsevier Saunders, 2004.
This practical handbook contains everything its user needs to know when performing routine urinalyses. Comprehensive in scope, the book discusses the formation of urine, its constituents and properties in both health and disease, the origin of these constituents, and the principles of urinalysis. Explanations of abnormal test results are provided together with several procedures that can be used as alternative or confirmatory tests.
Microscopic urinalysis was developed initially as an integral part of the physical examination of the patient. Its value lies in the fact that it is non-invasive, economical and frequently provides evidence of abnormalities before these are detectable by other means. Increasingly, however, the test has become separated from its clinical context and is frequently undertaken in the laboratories of one or another branch of pathology by scientists with minimal training and understanding.