Basic and Practical Microbiology |
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Page 60
... Describe the structure and functions of the cy- toplasmic membrane . 3. Describe the structure and function of the bac- terial cell wall . 4. Compare the cell - wall structures of Gram nega- tive and Gram positive bacteria . 5. Describe ...
... Describe the structure and functions of the cy- toplasmic membrane . 3. Describe the structure and function of the bac- terial cell wall . 4. Compare the cell - wall structures of Gram nega- tive and Gram positive bacteria . 5. Describe ...
Page 331
... Describe how microorganisms can be removed from a liquid . 3. Describe how microorganisms can be removed . from the air . 4. Describe how temperature can be used to pre- vent the growth of microorganisms . 5. Describe how temperature ...
... Describe how microorganisms can be removed from a liquid . 3. Describe how microorganisms can be removed . from the air . 4. Describe how temperature can be used to pre- vent the growth of microorganisms . 5. Describe how temperature ...
Page 689
... Describe the initial culture methods used for detecting pathogens from the upper respiratory tract . 3. Describe the initial culture methods used for detecting pathogens from the lower respiratory tract ; include a description of how to ...
... Describe the initial culture methods used for detecting pathogens from the upper respiratory tract . 3. Describe the initial culture methods used for detecting pathogens from the lower respiratory tract ; include a description of how to ...
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Common terms and phrases
active agar agents algae amino acids anaerobic animals antibiotics antibody antigens antimicrobial bacteria bacterial cell bacterium blood cells body Causative organism(s cell wall chemical coli compounds concentration containing culture cycle cytoplasmic membrane disinfection electron endospores enzymes eukaryotic eukaryotic cells fermentation fever Figure flagella fungi ganisms genes genetic information genome glucose gonorrhea Gram negative Gram positive hepatitis herpes host cell human hydrogen immune response infections infectious diseases influenza ingestion intestine involved lymphocytes metabolism micro microbiology microbiota micrograph microorganisms microscope Mode of transmission molecules nisms nitrogen normal occur organisms oxidation oxygen pathogenic microorganisms pathogens pathway penicillin percent phage phagocytic plasmid pneumonia prevent produced prokaryotic protein protozoa reactions replication reproduction respiratory tract result ribosomes sewage sexual skin species spores Staphylococcus sterilization strains Streptococcus structure substrate surface symptoms synthesis temperature tetracycline tion tissues toxic toxin treatment vaccine viral virus viruses yeasts