Clinical Biochemistry

€24.90
Tax included

 Eva Ďurovcová - Mária Mareková 

The presented textbook is intended for students of general medicine and should support their knowledge about indication and interpretation of basic biochemical tests. Clinical biochemistry continues to be one of the most rapidly advancing areas of laboratory medicine, which in line with using of modern technology more and more emphasizes the evidence-based medicine in order to improve diagnosis and monitoring of patients. Selected topics have an ambition to outline and explain the most common issues of biochemical diagnosis of in internal medicine. Individual chapters are devoted to disorders of water, electrolyte and acid-base balance, kidney and liver disease, diabetes mellitus, and biomarkers used in the diagnosis of cardiac necrosis and heart failure. Given the limited range, the textbook merely summarizes the basic knowledge that students have obtained during the study of other subjects, such as medical biochemistry, pathophysiology and internal medicine, and emphasis is given to laboratory diagnosis in accordance with the newer guidelines of professional societies. We hope that the textbook will be helpful in the study of clinical subjects and encourage students' interest in laboratory medicine.

Authors

Quantity

978-80-8152-047-1

Data sheet

Method of publication:
Printed publication
Authors:
Eva Ďurovcová • Mária Mareková
Document type:
Textbook
Number of pages:
176
Year of publication:
2013
Edition:
1st edition
Publication language:
English
Faculty:
Faculty of Medicine
License:
Copyright

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Medical Biophysics: Practical Exercises

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Progress in biology and medicine has always been significantly related to advances in physics. Not only has physics supplied instruments and methods of measurement that have led to many discoveries in physiology and medicine, but methods of physical research have changed many of the older approaches to the biologic sciences. Such circumstances have even led to development of a new scientific field: biophysics, which uses to a great extent physical instrumentation procedures applied to an experimental system. Because any instrument is an additional factor in any experimental system, it may affect the data. To interpret physical data on biological material correctly then, it is necessary to consider the characteristics of instrument response.

A practical course enables a student to acquire some skills, experience and methodological knowledge for performance of experiments and evaluation of measured data. Due to the fast development of instrumentation technology, it is not possible to teach every operation and procedure upon instruments we may use in a future. Besides the basic physical principles, the aim of a practical course is to point out some general rules and skills for instrument operation and for the interpretation of the measured values derived from such operation.

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