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Basic principles of general microbiology, patogenetic mechanisms, special bacteriology, mycology, virology and parasitology, principles of antimicrobial therapy, antiinfectious immunity and specific and nonspecific immunomodulation, clinical microbiology with selection of laboratory techniques, interpretation, differential diagnostics. Last update: Čechová Jana, Mgr. (25.09.2018)
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Medical Microbiology I
Credit will be awarded for fulfilling both:
1) participation in practical training (two absences allowed outside of the required topics - see below) and
2) obtaining a minimum score of 12/20 on the credit tests (to be written in weeks 6 and 13 at the start of the lecture):
Credit Test I (Week 6): General Bacteriology and Antimicrobials
Credit Test II (Week 13): Special Bacteriology (excluding topics covered in the Week 14 lecture)
The result of the test will be available online as soon as possible. In the event of absence or insufficient score, the student will be tested orally in the credit week by Dr. Hurych or doc. Melter.
Required topics - practical training "Microscopy in Bacteriology" and "Cultivation of bacteria and procedures leading to the identification of bacteria". These exercises cannot be substituted by self-study (see Dean's Provision No. 4/2022) and absence must be made up with examination by the teacher of the practical training (Dr. Hurych or doc. Melter). Credit cannot be awarded for failure to make up absences from these training. Last update: Kostohryzová Lenka (13.04.2023)
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Melter et al: The MicroBook, 1st edition, Karolinum, 2019 Murray et al: Medical Microbiology, 9th Edition, Elsevier, 2020 Goering et la: Mims' Medical Microbiology and Immunology, 6th edition, Elsevier, 2018 Last update: Hurych Jakub, MUDr., Ph.D. (15.02.2023)
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Syllabus - lectures (Wednesdays) 1 A broader introduction to the field of medical microbiology, basics of bacterial cell genetics 2 Bacterial cell. Pathogenicity of bacteria. 3 Introduction to antibiotics. Systematics of antimicrobials I. 4 Systematics of antimicrobials II. 5 Significant G+ cocci I (staphylococci) 6 Significant G+ cocci II (streptococci and enterococci) - CREDIT TEST I. 7 Significant G+ rods (corynebacteria, listeria, clostridia) 8 G- bacteria I (non-fermenting rods, enterobacteria) 9 G- bacteria II (culture challenging: bordetella, Legionella, haemophilus, meningococcus) 10 G-bacteria III (Campylobacter, Helicobacter). G+ and G- anaerobic bacteria (except clostridia). 11 Medical mycology 12 The Rector's day - NO LECTURE 13 Atypical bacteria I (rickettsia, coxiella, bartonella, chlamydia, mycoplasma) - CREDIT TEST II. 14 Atypical bacteria II (mycobacteria, spirochetes)
Syllabus - practical training (Tuesdays) 1) Preanalytical phase of microbiological diagnostics 2) Microscopy in bacteriology 3) Cultivation of bacteria and procedures leading to the identification of bacteria 4) Antimicrobials susceptibility testing (AST) 5) Serological methods 6) Diagnostics of major G+ cocci I (staphylococci) 7) Diagnostics of major G+ cocci II (streptococci and enterococci) 8) Diagnostics of important G+ rods (corynebacteria, listeria, clostridia and bacilli) 9) Diagnostics of G-bacteria I. (non-fermenting rods, enterobacteria) 10) Diagnostics of G-bacteria II - culturally challenging (bordetella, Legionella, haemophilus, meningococcus) 11) Diagnostics of G-bacteria III - culture challenging bacteria (Campylobacter, Helicobacter) and anaerobic bacteria 12) Diagnostic methods in mycology 13 Diagnostic methods in parasitology 14) Credits Last update: Hurych Jakub, MUDr., Ph.D. (15.02.2023)
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