TEST BANK for Microbiology: An Evolving
Science 6th Edition by Slonczewski & Foster;
All Chapters 1-28
, Table of Content qw qw
Chapter 01. Microbial Life- qw qw qw
Origin Discovery Chapter 02. Observing the M
qw q w qw qw qw qw
icrobial Cell Chapter 03. Cell Structure and Fu
qw q w qw qw qw qw qw
nction
Chapter 04. Bacterial Culture, Growth, and Development
qw qw qw qw qw qw
Chapter 05. Environmental Influences and Control of Microbial Growth
qw qw qw qw qw qw qw qw q w
Chapter 06. Viruses qw qw
Chapter 07. Genomes and Chromosomes
qw qw qw qw
Chapter 08. Transcription, Translation, and Protein Processing
qw qw qw qw qw qw
q w Chapter 09. Genetic Change and Genome Evolution
qw qw qw qw qw qw
Chapter 10. Molecular Regulation C
qw qw qw q w
hapter 11. Viral Molecular Biology
qw qw qw qw
Chapter 12. Molecular Complexity and Synthetic Biology Chap
qw qw qw qw qw qw q w
ter 13. Energetics and Catabolism
qw qw qw qw
Chapter 14. Electron flow in Organotrophy, Lithotrophy, and Phototroph
qw qw qw qw qw qw qw qw
y Chapter 15. Biosynthesis
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Chapter 16. Food and Industrial Microbiology
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Chapter 17. Origins and Evolution
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Chapter 18. Bacterial Diversity Chap
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ter 19. Archaeal Diversity Chapter 2
qw qw qw q w qw
0. Eukaryotic Diversity Chapter 21.
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Microbial Ecology qw
Chapter 22. Element Cycles and Environmental Microbiology
qw qw qw qw qw qw q w
Chapter 23. The Human Microbiome and Innate Immunity C
qw qw qw qw qw qw qw q w
hapter 24. The Adaptive Immune Response
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Chapter 25. Pathogenesis Chap
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ter 26. Microbial Diseases
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Chapter 27. Antimicrobial Therapy and Discovery C
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hapter 28. Clinical Microbiology and Epidemiology
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,CHAPTER 1: Microbial Life: Origin and Discovery
qw qw qw qw qw qw
MULTIPLE CHOICE
qw
1. Viruses are: qw
a. infectious agents that infect multi-cellular organisms qw qw qw qw qw
b. noncellular particles that take over the metabolism of a cell to generate more qw qw qw qw qw qw qw qw qw qw qw qw qw
virus particles qw
c. pathogens that replicate in complex growth media qw qw qw qw qw qw
d. cellular particles that belong to the archaea domain
qw qw qw qw qw qw qw
e. microbes that consist of lipid membrane enclosed genomes qw qw qw qw qw qw qw
ANS: B q DIF:
w Easy REF: q w 1.1 TOP: I.A | I.B q w qw qw
MSC: Remembering
q w
2. Analysis of DNA sequences reveals:qw qw qw qw
a. the ancient convergence of two cell types, i.e., prokaryotes and
qw qw qw qw qw qw qw qw qw qw
eukaryotes
b. prokaryotes and eukaryotes evolved from a common ancestral cell qw qw qw qw qw qw qw qw
c. that bacteria share common ancestor with archaea, but not with
qw qw qw qw qw qw qw qw qw qw
eukarya
d. prokaryotes are cells with a nucleus qw qw qw qw qw
e. the genome of Haemophilus influenzae has about 2 billion base pairs
qw qw qw qw qw qw qw qw qw qw
ANS: B q DIF:
w Easy REF: q w 1.1 TOP: I.A | I.B q w qw qw
MSC: Remembering
q w
3. Which of these groups are considered to be microbes but NOT considered to be cells?
qw qw qw qw qw qw qw qw qw qw qw qw qw qw
a. viruses d. protists
b. bacteria e. filamentous
fungi
c. archaea
ANS: A q DIF:
w Easy REF: q w 1.1 TOP: I.A.i q w
MSC: Remembering
q w
4. A microbe is commonly defined as:
qw qw qw qw qw
a. a virus that requires a microscope to be seen
qw qw qw qw qw qw qw qw
b. a bacterium that requires a microscope to be seen
qw qw qw qw qw qw qw qw
c. a single- qw
cellular prokaryote that requires a microscope to be seen
qw qw qw qw qw qw qw qw
d. a multicellular eukaryote that requires a microscope to be
qw qw qw qw qw qw qw qw qw
seen
e. a living organism that requires a microscope to be seen
qw qw qw qw qw qw qw qw qw
ANS: E q DIF:
w Easy REF: q w 1.1 TOP: I.A.i | I.A.ii q w qw qw
MSC: Remembering
q w
5. Which one of the following statements regarding microbial cells is NOT true?
qw qw qw qw qw qw qw qw qw qw qw
a. Microbial cells acquire food, gain energy to build themselves, andqw qw qw qw qw qw qw qw qw qw
respond to qw
environmental change. qw
b. Most single- qw
celled organisms require a microscope to render them visible, but some
qw qw qw qw qw qw qw qw qw qw
bacterial cells are large enough to be seen with naked eyes.
qw qw qw qw qw qw qw qw qw qw
, c. Microbes function as individual entities. qw qw qw qw
d. Many microbes form complex multicellular assemblages.
qw qw qw qw qw
e. Viruses are not considered as microbial cells.
qw qw qw qw qw qw
ANS: C q DIF:
w Easy REF: q w 1.1 TOP: I.A.i | I.A.ii
q w qw qw
MSC: Remembering
q w
6. Which of the following statements is FALSE?
qw qw qw qw qw qw
a. A genome is the total genetic information contained in an organism’s chromosomal
qw qw qw qw qw qw qw qw qw qw qw q
DNA.
w
b. If a microbe’s genome includes genes for nitrogenase, that microbe probably can fix
qw qw qw qw qw qw qw qw qw qw qw qw qw
nitrogen.
c. By comparing DNA sequences of different organisms, we can figure out how closely
qw qw qw qw qw qw qw qw qw qw qw qw qw
related they are. qw qw
d. Fred Sanger developed the first applicable DNA sequencing method.
qw qw qw qw qw qw qw qw
e. Fred Sanger completed the sequences of Haemophilus influenzae.
qw qw qw qw qw qw qw
ANS: E q DIF:
w Easy REF: q w 1.1 TOP: I.B q w
MSC: Remembering
q w
7. The first cellular genomes to be sequenced were those of:
qw qw qw qw qw qw qw qw qw
a. humans d. prions
b. bacteria e. fungi
c. viruses
ANS: B q DIF:
w Easy REF: q w 1.1 TOP: I.B.i q w
MSC: Remembering
q w
8. The environment of early Earth may have contained all of the following EXCEPT:
qw qw qw qw qw qw qw qw qw qw qw qw
a. ferrous iron d. oxygen
qw q w q w
b. methane e. hydroge q w q w
n
gas
c. ammonia
ANS: D q w DIF: Easy REF: Special Topic 1.1 q w qw qw
TOP: II.Dq w MSC: Remembering q w
9. Thedevelopment of the theory of the ―RNA world‖ resulted from the discovery of:
qw qw qw qw qw qw qw qw qw qw qw qw
a. archaea d. ribozymes q w q w
b. prions e. endosymbion q w q w
t
s
c. bacteria
ANS: D q w DIF: Medium REF: Special Topic 1.1 q w qw qw
TOP: II.Dq w MSC: Remembering q w
10. Which microbes may resemble those of the earliest life forms?
qw qw qw qw qw qw qw qw qw
a. archaea d. cyanobacteri q w q w
a
b. photosynthetic algae e. protists qw
c. viruses
ANS: A q w DIF: Medium REF: Special Topic 1.1 q w qw qw
TOP: II.Dq w MSC: Remembering q w
11. Early metabolism may have been catalyzed by:
qw qw qw qw qw qw
Science 6th Edition by Slonczewski & Foster;
All Chapters 1-28
, Table of Content qw qw
Chapter 01. Microbial Life- qw qw qw
Origin Discovery Chapter 02. Observing the M
qw q w qw qw qw qw
icrobial Cell Chapter 03. Cell Structure and Fu
qw q w qw qw qw qw qw
nction
Chapter 04. Bacterial Culture, Growth, and Development
qw qw qw qw qw qw
Chapter 05. Environmental Influences and Control of Microbial Growth
qw qw qw qw qw qw qw qw q w
Chapter 06. Viruses qw qw
Chapter 07. Genomes and Chromosomes
qw qw qw qw
Chapter 08. Transcription, Translation, and Protein Processing
qw qw qw qw qw qw
q w Chapter 09. Genetic Change and Genome Evolution
qw qw qw qw qw qw
Chapter 10. Molecular Regulation C
qw qw qw q w
hapter 11. Viral Molecular Biology
qw qw qw qw
Chapter 12. Molecular Complexity and Synthetic Biology Chap
qw qw qw qw qw qw q w
ter 13. Energetics and Catabolism
qw qw qw qw
Chapter 14. Electron flow in Organotrophy, Lithotrophy, and Phototroph
qw qw qw qw qw qw qw qw
y Chapter 15. Biosynthesis
q w qw qw
Chapter 16. Food and Industrial Microbiology
qw qw qw qw qw q w
Chapter 17. Origins and Evolution
qw qw qw qw
Chapter 18. Bacterial Diversity Chap
qw qw qw q w
ter 19. Archaeal Diversity Chapter 2
qw qw qw q w qw
0. Eukaryotic Diversity Chapter 21.
qw qw q w qw qw
Microbial Ecology qw
Chapter 22. Element Cycles and Environmental Microbiology
qw qw qw qw qw qw q w
Chapter 23. The Human Microbiome and Innate Immunity C
qw qw qw qw qw qw qw q w
hapter 24. The Adaptive Immune Response
qw qw qw qw qw
Chapter 25. Pathogenesis Chap
qw qw q w
ter 26. Microbial Diseases
qw qw qw
Chapter 27. Antimicrobial Therapy and Discovery C
qw qw qw qw qw q w
hapter 28. Clinical Microbiology and Epidemiology
qw qw qw qw q w
,CHAPTER 1: Microbial Life: Origin and Discovery
qw qw qw qw qw qw
MULTIPLE CHOICE
qw
1. Viruses are: qw
a. infectious agents that infect multi-cellular organisms qw qw qw qw qw
b. noncellular particles that take over the metabolism of a cell to generate more qw qw qw qw qw qw qw qw qw qw qw qw qw
virus particles qw
c. pathogens that replicate in complex growth media qw qw qw qw qw qw
d. cellular particles that belong to the archaea domain
qw qw qw qw qw qw qw
e. microbes that consist of lipid membrane enclosed genomes qw qw qw qw qw qw qw
ANS: B q DIF:
w Easy REF: q w 1.1 TOP: I.A | I.B q w qw qw
MSC: Remembering
q w
2. Analysis of DNA sequences reveals:qw qw qw qw
a. the ancient convergence of two cell types, i.e., prokaryotes and
qw qw qw qw qw qw qw qw qw qw
eukaryotes
b. prokaryotes and eukaryotes evolved from a common ancestral cell qw qw qw qw qw qw qw qw
c. that bacteria share common ancestor with archaea, but not with
qw qw qw qw qw qw qw qw qw qw
eukarya
d. prokaryotes are cells with a nucleus qw qw qw qw qw
e. the genome of Haemophilus influenzae has about 2 billion base pairs
qw qw qw qw qw qw qw qw qw qw
ANS: B q DIF:
w Easy REF: q w 1.1 TOP: I.A | I.B q w qw qw
MSC: Remembering
q w
3. Which of these groups are considered to be microbes but NOT considered to be cells?
qw qw qw qw qw qw qw qw qw qw qw qw qw qw
a. viruses d. protists
b. bacteria e. filamentous
fungi
c. archaea
ANS: A q DIF:
w Easy REF: q w 1.1 TOP: I.A.i q w
MSC: Remembering
q w
4. A microbe is commonly defined as:
qw qw qw qw qw
a. a virus that requires a microscope to be seen
qw qw qw qw qw qw qw qw
b. a bacterium that requires a microscope to be seen
qw qw qw qw qw qw qw qw
c. a single- qw
cellular prokaryote that requires a microscope to be seen
qw qw qw qw qw qw qw qw
d. a multicellular eukaryote that requires a microscope to be
qw qw qw qw qw qw qw qw qw
seen
e. a living organism that requires a microscope to be seen
qw qw qw qw qw qw qw qw qw
ANS: E q DIF:
w Easy REF: q w 1.1 TOP: I.A.i | I.A.ii q w qw qw
MSC: Remembering
q w
5. Which one of the following statements regarding microbial cells is NOT true?
qw qw qw qw qw qw qw qw qw qw qw
a. Microbial cells acquire food, gain energy to build themselves, andqw qw qw qw qw qw qw qw qw qw
respond to qw
environmental change. qw
b. Most single- qw
celled organisms require a microscope to render them visible, but some
qw qw qw qw qw qw qw qw qw qw
bacterial cells are large enough to be seen with naked eyes.
qw qw qw qw qw qw qw qw qw qw
, c. Microbes function as individual entities. qw qw qw qw
d. Many microbes form complex multicellular assemblages.
qw qw qw qw qw
e. Viruses are not considered as microbial cells.
qw qw qw qw qw qw
ANS: C q DIF:
w Easy REF: q w 1.1 TOP: I.A.i | I.A.ii
q w qw qw
MSC: Remembering
q w
6. Which of the following statements is FALSE?
qw qw qw qw qw qw
a. A genome is the total genetic information contained in an organism’s chromosomal
qw qw qw qw qw qw qw qw qw qw qw q
DNA.
w
b. If a microbe’s genome includes genes for nitrogenase, that microbe probably can fix
qw qw qw qw qw qw qw qw qw qw qw qw qw
nitrogen.
c. By comparing DNA sequences of different organisms, we can figure out how closely
qw qw qw qw qw qw qw qw qw qw qw qw qw
related they are. qw qw
d. Fred Sanger developed the first applicable DNA sequencing method.
qw qw qw qw qw qw qw qw
e. Fred Sanger completed the sequences of Haemophilus influenzae.
qw qw qw qw qw qw qw
ANS: E q DIF:
w Easy REF: q w 1.1 TOP: I.B q w
MSC: Remembering
q w
7. The first cellular genomes to be sequenced were those of:
qw qw qw qw qw qw qw qw qw
a. humans d. prions
b. bacteria e. fungi
c. viruses
ANS: B q DIF:
w Easy REF: q w 1.1 TOP: I.B.i q w
MSC: Remembering
q w
8. The environment of early Earth may have contained all of the following EXCEPT:
qw qw qw qw qw qw qw qw qw qw qw qw
a. ferrous iron d. oxygen
qw q w q w
b. methane e. hydroge q w q w
n
gas
c. ammonia
ANS: D q w DIF: Easy REF: Special Topic 1.1 q w qw qw
TOP: II.Dq w MSC: Remembering q w
9. Thedevelopment of the theory of the ―RNA world‖ resulted from the discovery of:
qw qw qw qw qw qw qw qw qw qw qw qw
a. archaea d. ribozymes q w q w
b. prions e. endosymbion q w q w
t
s
c. bacteria
ANS: D q w DIF: Medium REF: Special Topic 1.1 q w qw qw
TOP: II.Dq w MSC: Remembering q w
10. Which microbes may resemble those of the earliest life forms?
qw qw qw qw qw qw qw qw qw
a. archaea d. cyanobacteri q w q w
a
b. photosynthetic algae e. protists qw
c. viruses
ANS: A q w DIF: Medium REF: Special Topic 1.1 q w qw qw
TOP: II.Dq w MSC: Remembering q w
11. Early metabolism may have been catalyzed by:
qw qw qw qw qw qw