TEST BANK For Textbook Of Diagnostic Microbiology, 7th Edition By Connie R. Mahon, Verified Chapters 1 - 41, Complete Newest Version

TEST BANK xx




Textbook Of Diagnostic Microbiology
xx xx xx xx xx




7th Edition By Mahon Chapters 1 - 41
xx xx xx xx xx xx xx

, Mahon: xxTextbook xxof xxDiagnostic xxMicrobiology, xx7th xxEdition xxTest xxBank

Table xxof xxcontents
Part xx1: xxIntroduction xxto xxClinical xxMicrobiology
Chapter xx1. xxBacterial xxCell xxStructure, xxPhysiology, xxMetabolism, xxand xxGenetics
Chapter xx2. xxHost-Parasite xxInteraction
Chapter xx3. xxThe xxLaboratory xxRole xxin xxInfection xxControl
Chapter xx4. xxControl xxof xxMicroorganisms: xxDisinfection, xxSterilization, xxand xxMicrobiology xxSafety
Chapter xx5. xxPerformance xxImprovement xxin xxthe xxMicrobiology xxLaboratory
Chapter xx6. xxSpecimen xxCollection xxand xxProcessing
Chapter xx7. xxMicroscopic xxExamination xxof xxMaterials xxfrom xxInfected xxSites
Chapter xx8. x x Use xxof xxColony xxMorphology xxfor xxthe xxPresumptive xxIdentification xxof xxMicroorganisms
Chapter xx9. x x Biochemical xxIdentification xxof xxGram-Negative xxBacteria
Chapter xx10. xxImmunodiagnosis xxof xxInfectious xxDiseases
Chapter xx11. xxApplications xxof xxMolecular xxDiagnostics
Chapter xx12. xxAntibacterial xxMechanisms xxof xxAction xxand xxBacterial xxResistance xxMechanisms
Chapter xx13. xxAntimicrobial xxSusceptibility xxTesting
Part xx2: xxLaboratory xxIdentification xxof xxSignificant xxIsolates
Chapter xx14. xxStaphylococci
Chapter xx15. xxStreptococcus, xxEnterococcus, xxand xxOther xxCatalase-Negative, xxGram-Positive xxCocci
Chapter xx16. xxAerobic xxGram-Positive xxBacilli
Chapter xx17. xxNeisseria xxSpecies xxand xxMoraxella xxcatarrhalis
Chapter xx18. xxHaemophilus, xxHACEK, xxLegionella xxand xxOther xxFastidious xxGram-Negative xxBacilli
Chapter xx19. xxEnterobacteriaceae
Chapter xx20. xxVibrio, xxAeromonas, xxand xxCampylobacter xxSpecies
Chapter xx21. xxNonfermenting xxand xxMiscellaneous xxGram-Negative xxBacilli
Chapter xx22. xxAnaerobes xxof xxClinical xxImportance
Chapter xx23. xxThe xxSpirochetes
Chapter xx24. xxChlamydia, xxRickettsia, xxand xxSimilar xxOrganisms
Chapter xx25. xxMycoplasma xxand xxUreaplasma
Chapter xx26. xxMycobacterium xxtuberculosis xxand xxNontuberculous xxMycobacteria
Chapter xx27. xxMedically xxSignificant xxFungi
Chapter xx28. xxDiagnostic xxParasitology
Chapter xx29. xxClinical xxVirology
Chapter xx30. xxAgents xxof xxBioterror xxand xxForensic xxMicrobiology
Chapter xx31. xxBiofilms: xxArchitects xxof xxDisease
Part xx3: xxLaboratory xxDiagnosis xxof xxInfectious xxDiseases: xxand xxOrgan xxSystem xxApproach xxto xxDiagnostic
Microbiology
x

Chapter xx32. xxUpper xxand xxLower xxRespiratory xxTract xxInfections
Chapter xx33. xxSkin xxand xxSoft xxTissue xxInfections
Chapter xx34. xxGastrointestinal xxInfections xxand xxFood xxPoisoning
Chapter xx35. xxInfections xxof xxthe xxCentral xxNervous xxSystem
Chapter xx36. xxBacteremia xxand xxSepsis
Chapter xx37. xxUrinary xxTract xxInfections
Chapter xx38. xxGenital xxInfections xxand xxSexually xxTransmitted xxInfections
Chapter xx39. xxInfections xxin xxSpecial xxPopulations
Chapter xx40. xxZoonotic xxDiseases
Chapter xx41. xxOcular xxInfections
-

,Chapter xx01: xxBacterial xxCell xxStructure, xxPhysiology, xxMetabolism, xxand
GeneticsxMahon: xxTextbook xxof xxDiagnostic xxMicrobiology, xx7th xxEdition
xx


xx Test xxBank
MULTIPLE xxCHOICE

1. To xxsurvive, xxmicrobial xxinhabitants xxhave xxlearned xxto xxadapt xxby xxvarying xxall xxof xxthe xxfollowing, xxexce
a. growth xxrate.
b. growth xxin xxall xxatmospheric xxconditions.
c. growth xxat xxparticular xxtemperatures.
d. bacterial xxshape.
ANS: xx D
The xxchapter xxbegins xxby xxdiscussing xxthe xxway xxmicrobial xxinhabitants xxhave xxhad xxto xxevolve
xxto xxsurvivex
in xxmany xxdifferent xxniches xxand xxhabitats. xxIt xxdiscusses xxslow xxgrowers, xxrapid
xxgrowers, xxand xxreplication xxwith xxscarce xxor xxabundant xxnutrients, xxunder xxdifferent

xxatmospheric xxconditions, xxtemperature xxrequirements, xxand xxcell xxstructure. xxBacterial xxshape

xxas xxa xxform xxof xxevolution xxis xxnot xxdiscussed.



OBJ: x x Level xx2: xxInterpretation

2. Who xxwas xxconsidered xxthe xxfather xxof xxprotozoology xxand xxbacteriology?
a. Anton xxvan xxLeeuwenhoek
b. Louis xxPasteur
c. Carl xxLandsteiner
d. Michael xxDouglas
ANS: xx A
The xxbook xxdiscusses xxAnton xxvan xxLeeuwenhoek xxas xxthe xxinventor xxof xxthe xxmicroscope xxand
xxthe xxfirst xxperson xxto xxsee xxthe xx“beasties.” xxSo xxthey xxdubbed xxhim xxthe xxfather xxof

xxprotozoology xxand xxbacteriology.xThe xxother xxthree xxindividuals xxwere xxnot xxdiscussed.



OBJ: x x Level xx1: xxRecall

3. Prokaryotic xxcells xxhave xxwhich xxof xxthe xxfollowing xxstructures xxin xxtheir xxcytoplasm?
a. Golgi xxapparatus
b. Ribosomes
c. Mitochondria
d. Endoplasmic xxreticulum
ANS: xx B
All xxthe xxstructures xxlisted xxare xxfound xxin xxeukaryotic xxcells, xxbut xxribosomes xxare xxthe
xxonly xxones xxthatxapply xxto xxprokaryotic xxcells.

OBJ: x x Level xx1: xxRecall

4. This xxform xxof xxDNA xxis xxcommonly xxfound xxin xxeukaryotic xxcells.
a. Linear
b. Circular
c. Plasmid
d. Colloid



.
.

, ANS: xx A
Circular xxand xxplasmid xxDNA xxare xxusually xxfound xxonly xxin xxbacteria, xxnot xxeukaryotic xxcells.
xxColloid xxisx
a xxproperty xxof xxprotein xxmolecules xx and xxis xxnot xxassociated xxwith xxnucleotides.

OBJ: x x Level xx1: xxRecall

5. The xxnuclear xxmembrane xxin xxprokaryotes xxis
a. missing.
b. impenetrable.
c. a xxclassic xxmembrane.
d. a xxlipid xxbilayer xxmembrane.
ANS: xx A
Prokaryotic xxcells xxdo xxnot xxhave xxany xxmembrane-bound xxstructures xxin xxthe xxcytoplasm
xxincluding xxax
structured xxnucleus.

OBJ: x x Level xx1: xxRecall

6. A xxmicroorganism xxthat xxis xxa xxunicellular xxorganism xxand xxlacks xxa xxnuclear xxmembrane
and xxtruexnucleus xxbelongs xxto xxwhich xxclassification?
xx

a. Fungi
b. Bacteria
c. Algae
d. Parasite
ANS: xx B
Fungi, xxalgae, xxand xxparasites xxare xxunicellular xxeukaryotic xxorganisms xxthat xxcontain xxa
xxtrue xxnucleus.x
Bacteria xxare xxprokaryotic xx and xxdo xxnot xx contain xxa xxtrue xxnucleus xx or
xxnuclear xxmembrane.



OBJ: x x Level xx1: xxRecall

7. In xxthe xxlaboratory, xxthe xxclinical xxmicrobiologist xxis xxresponsible xxfor xxall xxthe xxfollowing, xxexcept
a. isolating xxmicroorganisms.
b. selecting xxtreatment xxfor xxpatients.
c. identifying xxmicroorganisms.
d. analyzing xxbacteria xxthat xxcause xxdisease.
ANS: xx B
Clinical xxmicrobiologists xxdo xxnot xxselect xxthe xxtreatment xxfor xxpatients. xxThey xxprovide xxthe
xxdoctor xxwithx
the xxname xxof xxthe xxorganism xxand xxthe xxantibiotics xxthat xxcan xxkill xxthe
xxbacteria, xxbut xxnot xxin xxthe xxfinal xxselection xxof xxtreatment xxprotocols.



OBJ: x x Level xx2: xxRecall

8. What xxenables xxthe xxmicrobiologist xxto xxselect xxthe xxcorrect xxmedia xxfor xxprimary xxculture
and xxoptimizexthe xxchance xxof xxisolating xxa xxpathogenic xxorganism?
xx

a. Determining xxstaining xxcharacteristics
b. Understanding xxthe xxcell xxstructure xxand xxbiochemical xxpathways xxof xxan xxorganism
c. Understanding xxthe xxgrowth xxrequirements xxof xxpotential xxpathogens xxat xxspecific xxbody xxsite
d. Knowing xxthe xxdifferences xx in xxcell xxwalls xxof xxparticular xxbacteria
ANS: xx C