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,Table ofContents
| |
Chapter |1 |A |Brief |History |of |Microbiology 2
Chapter |2 |The |Chemistry |of |Microbiology 19
Chapter |3 |Cell |Structure |and |Function 38
Chapter |4 |Microscopy, |Staining, |and |Classification 60
Chapter |5 |Microbial |Metabolism 80
Chapter |6 |Microbial |Nutrition |and |Growth 99
Chapter |7 |Microbial |Genetics 118
Chapter |8 |Recombinant |DNA |Technology 137
Chapter |9 |Controlling |Microbial |Growth |in |the |Environment 155
Chapter |10 |Controlling |Microbial |Growth |in |the |Body |- |Antimicrobial |Drugs 173
Chapter |11 |Characterizing |and |Classifying |Prokaryotes 192
Chapter |12 |Characterizing |and |Classifying |Eukaryotes 210
Chapter |13 |Characterizing |and |Classifying |Viruses, |Viroids, |and |Prions 228
Chapter |14 |Infection, |Infectious |Diseases, |and |Epidemiology 246
Chapter |15 |Innate |Immunity 265
Chapter |16 |Adaptive |Immunity 283
Chapter |17 |Immunization |and |Immune |Testing 302
Chapter |18 |Immune |Disorders 321
Chapter |19 |Microbial |Diseases |of |the |Skin |and |Wounds 339
Chapter |20 |Microbial |Diseases |of |the |Nervous |System |and |Eyes 357
Chapter |21 |Microbial |Cardiovascular |and |Systemic |Diseases 375
Chapter |22 |Microbial |Diseases |of |the |Respiratory |System 393
Chapter |23 |Microbial |Diseases |of |the |Digestive |System 411
Chapter |24 |Microbial |Diseases |of |the |Urinary |and |Reproductive |Systems 429
Chapter |25 |Applied |and |Industrial |Microbiology 445
Chapter |26 |Microbial |Ecology |and |Microbiomes 462
,Microbiology |with |Diseases |by |Body |System, |5e |(Bauman)
|Chapter |1 | A |Brief |History |of |Microbiology
1.1 Multiple |Choice |Questions
1) Antoni |van |Leeuwenhoek |was |the |first |person |in |history |to
A) use |a |magnifying |glass.
B) develop |a |taxonomic |system.
C) view |microorganisms |and |record |these |observations.
D) disprove |spontaneous |generation.
E) use |the |germ |theory |of |disease.
|Answer: | C
Bloom's |Taxonomy: | Knowledge
Section: |The |Early|Years |of |Microbiology
|Learning |Outcome: | 1.1
2) The |microbes |commonly |known |as are |single-celled |eukaryotes |that |are |generally
|motile.
A) archaea
B) bacteria
C) fungi
D) protozoa
E) viruses
|Answer: | D
Bloom's |Taxonomy: |Comprehension
|Section: |The |Early |Years |of |Microbiology
|Learning |Outcome: | 1.3
3) Which |of |the |following |are |prokaryotes?
A) algae
B) molds
C) protozoa
D) archaea
E) worms
|Answer: | D
Bloom's |Taxonomy: |Comprehension
|Section: |The |Early |Years |of |Microbiology
|Learning |Outcome: | 1.5
, 4) Louis |Pasteur |demonstrated |that |fermentation |to |produce |alcohol |is |caused |by
A) aerobes.
B) facultative |anaerobes.
C) obligate |parasites.
D) archaea.
E) prokaryotes.
|Answer: | B
Bloom's |Taxonomy: | Knowledge
Section: |The |Golden |Age |of |Microbiology
|Learning |Outcome: | 1.6
5) Which |of |the |following |scientists |provided |evidence |in |favor |of |the |concept |of |spontaneous
|generation?
A) Pasteur
B) Needham
C) Redi
D) Buchner
E) Spallanzani
|Answer: | B
Bloom's |Taxonomy: | Knowledge
Section: |The |Golden |Age |of |Microbiology
|Learning |Outcome: | 1.7
6) Pasteur's |experiments |on |fermentation |laid |the |foundation |for
A) industrial |microbiology.
B) epidemiology.
C) immunology.
D) abiogenesis.
E) antisepsis.
|Answer: | A
Bloom's |Taxonomy: |Comprehension
|Section: |The |Golden |Age |of |Microbiology
|Learning |Outcome: | 1.10
7) Which |of |the |following |statements |about |fungi |is |FALSE?
A) Fungi |are |eukaryotes.
B) Molds |are |multicellular.
C) Fungi |have |a |cell |wall.
D) Fungi |are |photosynthetic.
E) Yeasts |are |unicellular.
|Answer: | D
Bloom's |Taxonomy: |Comprehension
|Section: |The |Early |Years |of |Microbiology
Learning |Outcome: | 1.3
. | .- . |
·�
,•
.
.
'
I MICRO
ri |
l,
7==
,Table ofContents
| |
Chapter |1 |A |Brief |History |of |Microbiology 2
Chapter |2 |The |Chemistry |of |Microbiology 19
Chapter |3 |Cell |Structure |and |Function 38
Chapter |4 |Microscopy, |Staining, |and |Classification 60
Chapter |5 |Microbial |Metabolism 80
Chapter |6 |Microbial |Nutrition |and |Growth 99
Chapter |7 |Microbial |Genetics 118
Chapter |8 |Recombinant |DNA |Technology 137
Chapter |9 |Controlling |Microbial |Growth |in |the |Environment 155
Chapter |10 |Controlling |Microbial |Growth |in |the |Body |- |Antimicrobial |Drugs 173
Chapter |11 |Characterizing |and |Classifying |Prokaryotes 192
Chapter |12 |Characterizing |and |Classifying |Eukaryotes 210
Chapter |13 |Characterizing |and |Classifying |Viruses, |Viroids, |and |Prions 228
Chapter |14 |Infection, |Infectious |Diseases, |and |Epidemiology 246
Chapter |15 |Innate |Immunity 265
Chapter |16 |Adaptive |Immunity 283
Chapter |17 |Immunization |and |Immune |Testing 302
Chapter |18 |Immune |Disorders 321
Chapter |19 |Microbial |Diseases |of |the |Skin |and |Wounds 339
Chapter |20 |Microbial |Diseases |of |the |Nervous |System |and |Eyes 357
Chapter |21 |Microbial |Cardiovascular |and |Systemic |Diseases 375
Chapter |22 |Microbial |Diseases |of |the |Respiratory |System 393
Chapter |23 |Microbial |Diseases |of |the |Digestive |System 411
Chapter |24 |Microbial |Diseases |of |the |Urinary |and |Reproductive |Systems 429
Chapter |25 |Applied |and |Industrial |Microbiology 445
Chapter |26 |Microbial |Ecology |and |Microbiomes 462
,Microbiology |with |Diseases |by |Body |System, |5e |(Bauman)
|Chapter |1 | A |Brief |History |of |Microbiology
1.1 Multiple |Choice |Questions
1) Antoni |van |Leeuwenhoek |was |the |first |person |in |history |to
A) use |a |magnifying |glass.
B) develop |a |taxonomic |system.
C) view |microorganisms |and |record |these |observations.
D) disprove |spontaneous |generation.
E) use |the |germ |theory |of |disease.
|Answer: | C
Bloom's |Taxonomy: | Knowledge
Section: |The |Early|Years |of |Microbiology
|Learning |Outcome: | 1.1
2) The |microbes |commonly |known |as are |single-celled |eukaryotes |that |are |generally
|motile.
A) archaea
B) bacteria
C) fungi
D) protozoa
E) viruses
|Answer: | D
Bloom's |Taxonomy: |Comprehension
|Section: |The |Early |Years |of |Microbiology
|Learning |Outcome: | 1.3
3) Which |of |the |following |are |prokaryotes?
A) algae
B) molds
C) protozoa
D) archaea
E) worms
|Answer: | D
Bloom's |Taxonomy: |Comprehension
|Section: |The |Early |Years |of |Microbiology
|Learning |Outcome: | 1.5
, 4) Louis |Pasteur |demonstrated |that |fermentation |to |produce |alcohol |is |caused |by
A) aerobes.
B) facultative |anaerobes.
C) obligate |parasites.
D) archaea.
E) prokaryotes.
|Answer: | B
Bloom's |Taxonomy: | Knowledge
Section: |The |Golden |Age |of |Microbiology
|Learning |Outcome: | 1.6
5) Which |of |the |following |scientists |provided |evidence |in |favor |of |the |concept |of |spontaneous
|generation?
A) Pasteur
B) Needham
C) Redi
D) Buchner
E) Spallanzani
|Answer: | B
Bloom's |Taxonomy: | Knowledge
Section: |The |Golden |Age |of |Microbiology
|Learning |Outcome: | 1.7
6) Pasteur's |experiments |on |fermentation |laid |the |foundation |for
A) industrial |microbiology.
B) epidemiology.
C) immunology.
D) abiogenesis.
E) antisepsis.
|Answer: | A
Bloom's |Taxonomy: |Comprehension
|Section: |The |Golden |Age |of |Microbiology
|Learning |Outcome: | 1.10
7) Which |of |the |following |statements |about |fungi |is |FALSE?
A) Fungi |are |eukaryotes.
B) Molds |are |multicellular.
C) Fungi |have |a |cell |wall.
D) Fungi |are |photosynthetic.
E) Yeasts |are |unicellular.
|Answer: | D
Bloom's |Taxonomy: |Comprehension
|Section: |The |Early |Years |of |Microbiology
Learning |Outcome: | 1.3
