Benson's Microbiological Applications, Laboratory Manual in General Microbiology, Short Version
13th Edition
0073402419
·
9780073402413
© 2015 | Published: January 21, 2014
NEW EDITION COMING OCTOBER 2016Benson's Microbiological Applications has been the gold standard of microbiology lab manuals for over 30 years. The self-contained, clearly-illustrated exercises and four-color format makes this the ideal lab manual. Ap…
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Part 1 Microscopy1 Brightfield Microscopy2 Darkfield Microscopy3 Phase-Contrast Microscopy4 Microscopic MeasurementsPart 2 Survey of Microorganisms5 Microbiology of Pond Water - Protists, Algae, and Cyanobacteria6 Ubiquity of Bacteria7 The Fungi: Molds and YeastsPart 3 Manipulation of Microorganisms8 Aseptic Technique9 Pure Culture TechniquesPart 4 Staining and Observations of Microorganisms10 Smear Preparation11 Simple Staining12 Negative Staining13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
2 Darkfield Microscopy3 Phase-Contrast Microscopy4 Microscopic MeasurementsPart 2 Survey of Microorganisms5 Microbiology of Pond Water - Protists, Algae, and Cyanobacteria6 Ubiquity of Bacteria7 The Fungi: Molds and YeastsPart 3 Manipulation of Microorganisms8 Aseptic Technique9 Pure Culture TechniquesPart 4 Staining and Observations of Microorganisms10 Smear Preparation11 Simple Staining12 Negative Staining13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
4 Microscopic MeasurementsPart 2 Survey of Microorganisms5 Microbiology of Pond Water - Protists, Algae, and Cyanobacteria6 Ubiquity of Bacteria7 The Fungi: Molds and YeastsPart 3 Manipulation of Microorganisms8 Aseptic Technique9 Pure Culture TechniquesPart 4 Staining and Observations of Microorganisms10 Smear Preparation11 Simple Staining12 Negative Staining13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
5 Microbiology of Pond Water - Protists, Algae, and Cyanobacteria6 Ubiquity of Bacteria7 The Fungi: Molds and YeastsPart 3 Manipulation of Microorganisms8 Aseptic Technique9 Pure Culture TechniquesPart 4 Staining and Observations of Microorganisms10 Smear Preparation11 Simple Staining12 Negative Staining13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
7 The Fungi: Molds and YeastsPart 3 Manipulation of Microorganisms8 Aseptic Technique9 Pure Culture TechniquesPart 4 Staining and Observations of Microorganisms10 Smear Preparation11 Simple Staining12 Negative Staining13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
8 Aseptic Technique9 Pure Culture TechniquesPart 4 Staining and Observations of Microorganisms10 Smear Preparation11 Simple Staining12 Negative Staining13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
Part 4 Staining and Observations of Microorganisms10 Smear Preparation11 Simple Staining12 Negative Staining13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
11 Simple Staining12 Negative Staining13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
13 Capsular Staining14 Gram Staining15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
15 Spore Staining: Two Methods16 Acid-Fast Staining: Kinyoun Method17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
17 Motility DeterminationPart 5 Culture Methods18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
18 Culture Media Preparation19 Enumeration of Bacteria: The Standard Plate Count20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
20 Slide Culture: FungiPart 6 Bacterial Viruses21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
21 Determination of a Bacteriophage Titer22 Isolation of Phage from Flies23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
23 Phage TypingPart 7 Environmental Influences and Control of Microbial Growth24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
24 Effects of Oxygen on Growth25 Temperature: Effects on Growth26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
26 pH and Microbial Growth27 Water Activity and Osmotic Pressure28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
28 Ultraviolet Light: Lethal Effects29 The Effects of Lysozyme on Bacterial Cells30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
30 Evaluation of Alcohol: Its Effectiveness as an Antiseptic31 Antimicrobic Sensitivity Testing: The Kirby-Bauer Method32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
32 Evaluation of Antiseptics: The Filter Paper Disk Method33 Effectiveness of Hand ScrubbingPart 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
Part 8 Identification of Unknown Bacteria34 Morphological Study of An Unknown Bacterium35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
35 Cultural Characteristics36 Physiological Characteristics: Oxidation and Fermentation Stet Reactions37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
37 Physiological Characteristics: Hydrolytic and Degradative Stet Reactions38 Physiological Characteristics: Multiple Test Media39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
39 Use of Bergey’s ManualPart 9 Miniaturized Multitest Systems40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
40 Enterobacteriaceae Identification: The API 20E System41 Enterobacteriaceae Identification: The Enterotube II System42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
42 O/F Gram-Negative Rods Identification: The Oxi/Ferm Tube II System43 Staphylococcus Identification: The API Staph SystemPart 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
Part 10 Applied Microbiology44 Bacterial Food Counts45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
45 Bacteriological Examination of Water: Most Probable Number Determination46 Bacteriological Examination of Water: The Membrane Filter Method47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
47 Reductase Test48 Temperature: Lethal Effects49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
49 Microbial Spoilage of Canned Food50 Microbiology of Alcohol FermentationPart 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
Part 11 Medical Microbiology51 The Staphylococci: Isolation and Identification52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
52 The Streptococci and Enterococci: Isolation and Identification53 Gram-Negative Intestinal Pathogens54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
54 A Synthetic EpidemicPart 12 Immunology and Serology55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
55 Slide Agglutination Test: Serological Typing56 Slide Agglutination Test for S. aureus57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
57 Slide Agglutination Test for Streptococcus58 The Heterophile Antibody Test59 Blood GroupingAppendices
59 Blood GroupingAppendices
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Benson's Microbiological Applications has been the gold standard of microbiology lab manuals for over 30 years. The self-contained, clearly-illustrated exercises and four-color format makes this the ideal lab manual. Appropriate for either a majors or non-majors lab course, this manual assumes no prior organic chemistry has been taken. Use McGraw-Hill's Learning Solutions to make this manual fit your exact course needs! Add or remove exercises, include your own material, re-order to fit your course - the possibilities are endless.
Benson's Microbiological Applications has been the gold standard of microbiology lab manuals for over 30 years. The self-contained, clearly-illustrated exercises and four-color format makes this the ideal lab manual. Appropriate for either a majors or non-majors lab course, this manual assumes no prior organic chemistry has been taken. Use McGraw-Hill's Learning Solutions to make this manual fit your exact course needs! Add or remove exercises, include your own material, re-order to fit your course - the possibilities are endless.