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Clinical biochemistry courses is based on analysis of case reports, lectures and seminars.
Teaching the right and proper indication of biochemical tests and interpretation of the
results is emphasized.
Last update: HABET (15.10.2012)
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1. 100% presence Participation in the course is compulsory in full length. Exceptionally, upon agreement with the head of the department, the relevant teaching topic can be attended with another group if the capacity permits. Quite exceptionally, upon agreement, a certificate of the doctor can be recognized. 2. Successful completion of the test Evaluation and test structure: This is a written test consisting of 10 questions. The test is assembled by a random selection using a special computer programme Edubase. The student has to achieve at least 60% success in the test. For each question there is one or more correct answers from a selection of different number of answers. Each question is evaluated as a whole; only those test questions that have all the correct answers checked and not the incorrect answers checked are recognized as correctly answered. Last update: Čechová Jana, Mgr. (07.10.2019)
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Marshall, W. J.: Clinical chemistry : Mosby, 3rd, 4th, 5th, 6th ed. (B)
Last update: HABET (24.01.2014)
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The subsequent condition for admission to the exam is the credit awarded. This is an oral exam, in which the student randomly pulls a patient´s sheet with biochemical results. The essence of the exam is the interpretation of these results and differential diagnostic balance. The topics of the laboratory results sheets are in accordance with the “Examination circuits” presented on the website of the Department of Medical Chemistry and Clinical Biochemistry and the contents of lectures and seminars of the subject “Clinical biochemistry”.
Clinical biochemistry course / topics for examination 1) C – reactive protein, high sensitive CRP 2) Thyroid hormones 3) Proteins of acute phase (positive and negative reactants), procalcitonin 4) Biological and analytical variability 5) Tumour markers 6) Diabetes mellitus type II 7) Diabetic ketoacidosis, diabetes mellitus type I 8) Dysliproproteinemia 9) Risk factors of atheroslerosis (of coronary heart disease) 10) Biochemical markers of acute myocardial infarction 11) Porphyria – laboratory investigation 12) Laboratory investigation of sexual hormones (puberty and menopause) 13) Acute renal failure 14) Serology of infectious hepatitis A, B, C 15) Disorders of iron metabolism 16) Gluten enteropathy, malabsorption, malnutrition 17) Biochemical investigation in gastroenterology 18) Disseminated intravascular coagulopathy 19) Monitoring of anticoagulant therapy 20) Urolithiasis (renal stones) 21) Chronic renal insufficiency 22) Creatinine clearance, cystatin C, glomerular filtration 23) Proteinuria 24) Liver cirrhosis 25) Hyperbilirubinemia 26) Albumin, prealbumin, nutrition markers, trace elements 27) Liver tests 28) Monoclonal gamapathy 29) Metabolic acidosis, RTA 30) Metabolic alkalosis 31) Acute and chronic respiratory acidosis and respiratory alkalosis 32) Hypernatremia, hyponatremia, diabetes insipidus 33) Therapeutic drug monitoring 34) Dehydration, hyperhydration, natriuretic peptides 35) Investigation of lactate and ammonia 36) Hormones of adrenal gland 37) Laboratory investigation of bone metabolism 38) Renal and prerenal hyperuremia 39) Laboratory investigation of pancreas 40) Preanalytical phase of laboratory investigation Last update: Čechová Jana, Mgr. (26.11.2019)
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Biological variability Preanalytical phase Diabetes mellitus Lipoproteins Cardiac markers Tumor markers Visit to the laboratory Bilirubin, liver tests Thyroid gland tests Practical application of pharmacokinetic and pharmacodynamic principles Renal function tests Acid-base data Blood gases Last update: Vyšatová Ivana (07.09.2016)
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