TESTBANK
Microbiologywith DiseasesbyBodySystem
RobertBauman
5th Edition
,Table of Contents
9b 9b
Chapter9b19bA9bBrief9bHistory9bof9bMicrobiology 2
Chapter9b29bThe9bChemistry9bof9bMicrobiology 19
Chapter9b39bCell9bStructure9band9bFunction 38
Chapter9b49bMicroscopy,9bStaining,9band9bClassification 60
Chapter9b59bMicrobial9bMetabolism 80
Chapter9b69bMicrobial9bNutrition9band9bGrowth 99
Chapter9b79bMicrobial9bGenetics 118
Chapter9b89bRecombinant9bDNA9bTechnology 137
Chapter9b99bControlling9bMicrobial9bGrowth9bin9bthe9bEnvironment 155
Chapter9b109bControlling9bMicrobial9bGrowth9bin9bthe9bBody9b-9bAntimicrobial9bDrugs 173
Chapter9b119bCharacterizing9band9bClassifying9bProkaryotes 192
Chapter9b129bCharacterizing9band9bClassifying9bEukaryotes 210
Chapter9b139bCharacterizing9band9bClassifying9bViruses,9bViroids,9band9bPrions 228
Chapter9b149bInfection,9bInfectious9bDiseases,9band9bEpidemiology 246
Chapter9b159bInnate9bImmunity 265
Chapter9b169bAdaptive9bImmunity 283
Chapter9b179bImmunization9band9bImmune9bTesting 302
Chapter9b189bImmune9bDisorders 321
Chapter9b199bMicrobial9bDiseases9bof9bthe9bSkin9band9bWounds 339
Chapter9b209bMicrobial9bDiseases9bof9bthe9bNervous9bSystem9band9bEyes 357
Chapter9b219bMicrobial9bCardiovascular9band9bSystemicJDiseases 375
Chapter9b229bMicrobial9bDiseases9bof9bthe9bRespiratory9bSystem 393
Chapter9b239bMicrobial9bDiseases9bof9bthe9bDigestive9bSystem 411
Chapter9b249bMicrobial9bDiseases9bof9bthe9bUrinary9band9bReproductive9bSystems 429
Chapter9b259bApplied9band9bIndustrial9bMicrobiology 445
Chapter9b269bMicrobial9bEcology9band9bMicrobiomes 462
, Test9bBank9b-
Microbiology9bwith9bDiseases9bby9bBody9bSystem,9b5e9b(Bauman,9
b2017)
Microbiology9bwith9bDiseases9bby9bBody9bSystem,9b5e9b(Baum
an)9bChapter9b19bAJBrief9bHistory9bof9bMicrobiology
1.1 Multiple9bChoice9bQuestions
Antoni9bvan9bLeeuwenhoek9bwas9bthe9bfirst9bperson9bin9bhi
stor9by9bto9bA)9buse9ba9bmagnifying9bglass.
B) develop9ba9btaxonomic9bsystem.
C) view9bmicroorganisms9band9brecord9bthese9bobserv
atio9bns.9bD)9bdisprove9bspontaneous9bgeneration.
E)9buse9bthe9bgerm9btheory9bof9bdi
sea9bse.9bAnswer:9bC
Bloom's9bTaxonomy:9bKnowledge
Section:9bThe9bEarly9bYears9bof9bMicrobiology
9bLearning9bOutcome:9b1.1
2)9bThe9bmicrobes9bcommonly9bknown9bas9 b are9b single-
celled9b eukaryotes9bthatJare9b generally
motile.
archaea9b
bacteria9bf
ungi9bproto
zoa9bviruse
s
Answer:9bD
Bloom's9bTaxonomy:9bComprehension9bSec
tion:9bThe9bEarly9bYears9bof9bMicrobiology9bLe
arning9bOutcome:9b1.3
Which9bof9bthe9bfollowing9bare9bprokary
ote9bs?9bA)9balgae
B)9bmolds9bC)9b
protozoa9bD
)9barchaea9bE
)9bworms9bA
n9bswer:9bD
Bloom's9bTaxonomy:9bComprehension9bSec
tion:9bThe9bEarly9bYears9bof9bMicrobiology9bLe
arning9bOutcome:9b1.5
1
| P9ba9b
9b 9b
, Test9bBank9b-
Microbiology9bwith9bDiseases9bby9bBody9bSystem,9b5e9b(Bauman,9
b2017)
Louis9bPasteur9bdemonstrated9bthat9bfermentation9bto9bproduce9balcohol9bi
s9bca9bused9bby9bA)9baerobes.
B) facultative9banaerobe
s.9bC)9bobligate9bparasites.
D) archaea.
E) prokaryotes.
Answer:9bB
Bloom's9bTaxonomy:9bKnowledge
Section:9bThe9bGolden9bAge9bof9bMicrobiology
9bLearning9bOutcome:9b1.6
Which9bof9bthe9bfollowing9bscientists9bprovided9bevidence9bin9bfavor9bof9bthe9bconcept9bof9bs
ponta9bneous9bgeneration?
A) Pasteur9bB
)9bNeedham
C)9bRedi9bD)9bB9
buchner
E)9bSpallanzani
9bAnswer:9bB
Bloom's9bTaxonomy:9bKnowledge
Section:9bThe9bGolden9bAge9bof9bMicrobiology
9bLearning9bOutcome:9b1.7
Pasteur's9bexperiments9bon9bfermentation9blaid9bthe9bfoundation
9bfor9bindustrial9bmicrobiology.
epidemiology.9bim
munology.9babioge
nesis.9bantisepsis.
Answer:9bA
Bloom's9bTaxonomy:9bComprehension9bSec
tion:9bThe9bGolden9bAge9bof9bMicrobiology9bLe
arning9bOutcome:9b1.10
Which9bof9bthe9bfollowing9bstatements9babout9bfungi9bis9b
FAL9bSE?9bA)9bFungi9bare9beukaryotes.
B) Molds9bare9bmulticellular.
C) Fungi9bhave9ba9bcell9bwall.9bD
)9bFungi9bare9bphotosynthetic.
E)9bYeasts9bare9bunicellular.
9bA9bnswer:9bD
Bloom's9bTaxonomy:9bComprehension9bSec
tion:9bThe9bEarly9bYears9bof9bMicrobiology9bLe
arning9bOutcome:9b1.3
2
| P9ba9b
9b 9b
Microbiologywith DiseasesbyBodySystem
RobertBauman
5th Edition
,Table of Contents
9b 9b
Chapter9b19bA9bBrief9bHistory9bof9bMicrobiology 2
Chapter9b29bThe9bChemistry9bof9bMicrobiology 19
Chapter9b39bCell9bStructure9band9bFunction 38
Chapter9b49bMicroscopy,9bStaining,9band9bClassification 60
Chapter9b59bMicrobial9bMetabolism 80
Chapter9b69bMicrobial9bNutrition9band9bGrowth 99
Chapter9b79bMicrobial9bGenetics 118
Chapter9b89bRecombinant9bDNA9bTechnology 137
Chapter9b99bControlling9bMicrobial9bGrowth9bin9bthe9bEnvironment 155
Chapter9b109bControlling9bMicrobial9bGrowth9bin9bthe9bBody9b-9bAntimicrobial9bDrugs 173
Chapter9b119bCharacterizing9band9bClassifying9bProkaryotes 192
Chapter9b129bCharacterizing9band9bClassifying9bEukaryotes 210
Chapter9b139bCharacterizing9band9bClassifying9bViruses,9bViroids,9band9bPrions 228
Chapter9b149bInfection,9bInfectious9bDiseases,9band9bEpidemiology 246
Chapter9b159bInnate9bImmunity 265
Chapter9b169bAdaptive9bImmunity 283
Chapter9b179bImmunization9band9bImmune9bTesting 302
Chapter9b189bImmune9bDisorders 321
Chapter9b199bMicrobial9bDiseases9bof9bthe9bSkin9band9bWounds 339
Chapter9b209bMicrobial9bDiseases9bof9bthe9bNervous9bSystem9band9bEyes 357
Chapter9b219bMicrobial9bCardiovascular9band9bSystemicJDiseases 375
Chapter9b229bMicrobial9bDiseases9bof9bthe9bRespiratory9bSystem 393
Chapter9b239bMicrobial9bDiseases9bof9bthe9bDigestive9bSystem 411
Chapter9b249bMicrobial9bDiseases9bof9bthe9bUrinary9band9bReproductive9bSystems 429
Chapter9b259bApplied9band9bIndustrial9bMicrobiology 445
Chapter9b269bMicrobial9bEcology9band9bMicrobiomes 462
, Test9bBank9b-
Microbiology9bwith9bDiseases9bby9bBody9bSystem,9b5e9b(Bauman,9
b2017)
Microbiology9bwith9bDiseases9bby9bBody9bSystem,9b5e9b(Baum
an)9bChapter9b19bAJBrief9bHistory9bof9bMicrobiology
1.1 Multiple9bChoice9bQuestions
Antoni9bvan9bLeeuwenhoek9bwas9bthe9bfirst9bperson9bin9bhi
stor9by9bto9bA)9buse9ba9bmagnifying9bglass.
B) develop9ba9btaxonomic9bsystem.
C) view9bmicroorganisms9band9brecord9bthese9bobserv
atio9bns.9bD)9bdisprove9bspontaneous9bgeneration.
E)9buse9bthe9bgerm9btheory9bof9bdi
sea9bse.9bAnswer:9bC
Bloom's9bTaxonomy:9bKnowledge
Section:9bThe9bEarly9bYears9bof9bMicrobiology
9bLearning9bOutcome:9b1.1
2)9bThe9bmicrobes9bcommonly9bknown9bas9 b are9b single-
celled9b eukaryotes9bthatJare9b generally
motile.
archaea9b
bacteria9bf
ungi9bproto
zoa9bviruse
s
Answer:9bD
Bloom's9bTaxonomy:9bComprehension9bSec
tion:9bThe9bEarly9bYears9bof9bMicrobiology9bLe
arning9bOutcome:9b1.3
Which9bof9bthe9bfollowing9bare9bprokary
ote9bs?9bA)9balgae
B)9bmolds9bC)9b
protozoa9bD
)9barchaea9bE
)9bworms9bA
n9bswer:9bD
Bloom's9bTaxonomy:9bComprehension9bSec
tion:9bThe9bEarly9bYears9bof9bMicrobiology9bLe
arning9bOutcome:9b1.5
1
| P9ba9b
9b 9b
, Test9bBank9b-
Microbiology9bwith9bDiseases9bby9bBody9bSystem,9b5e9b(Bauman,9
b2017)
Louis9bPasteur9bdemonstrated9bthat9bfermentation9bto9bproduce9balcohol9bi
s9bca9bused9bby9bA)9baerobes.
B) facultative9banaerobe
s.9bC)9bobligate9bparasites.
D) archaea.
E) prokaryotes.
Answer:9bB
Bloom's9bTaxonomy:9bKnowledge
Section:9bThe9bGolden9bAge9bof9bMicrobiology
9bLearning9bOutcome:9b1.6
Which9bof9bthe9bfollowing9bscientists9bprovided9bevidence9bin9bfavor9bof9bthe9bconcept9bof9bs
ponta9bneous9bgeneration?
A) Pasteur9bB
)9bNeedham
C)9bRedi9bD)9bB9
buchner
E)9bSpallanzani
9bAnswer:9bB
Bloom's9bTaxonomy:9bKnowledge
Section:9bThe9bGolden9bAge9bof9bMicrobiology
9bLearning9bOutcome:9b1.7
Pasteur's9bexperiments9bon9bfermentation9blaid9bthe9bfoundation
9bfor9bindustrial9bmicrobiology.
epidemiology.9bim
munology.9babioge
nesis.9bantisepsis.
Answer:9bA
Bloom's9bTaxonomy:9bComprehension9bSec
tion:9bThe9bGolden9bAge9bof9bMicrobiology9bLe
arning9bOutcome:9b1.10
Which9bof9bthe9bfollowing9bstatements9babout9bfungi9bis9b
FAL9bSE?9bA)9bFungi9bare9beukaryotes.
B) Molds9bare9bmulticellular.
C) Fungi9bhave9ba9bcell9bwall.9bD
)9bFungi9bare9bphotosynthetic.
E)9bYeasts9bare9bunicellular.
9bA9bnswer:9bD
Bloom's9bTaxonomy:9bComprehension9bSec
tion:9bThe9bEarly9bYears9bof9bMicrobiology9bLe
arning9bOutcome:9b1.3
2
| P9ba9b
9b 9b
