Textbook Of Diagnostic Microbiology, 6th Edition TEST BANK By Connie R. Mahon, Verified Chapters 1 - 41, Complete Newest Version

Test Bank For Textbook Of Diagnostic Microbiology
mm mm mm mm mm mm




6th Edition By Connie R. Mahon
mm mm mm mm mm mm mm




Chapters 1 - 41
mm mm mm

, Mahon: mmTextbook mmof mmDiagnostic mmMicrobiology, mm6th mmEdition mmTest mmBank

Table mmof mmcontents
Part mm1: mmIntroduction mmto mmClinical mmMicrobiology
Chapter mm1. mmBacterial mmCell mmStructure, mmPhysiology, mmMetabolism, mmand mmGenetics
Chapter mm2. mmHost-Parasite mmInteraction
Chapter mm3. mmThe mmLaboratory mmRole mmin mmInfection mmControl
Chapter mm4. mmControl mmof mmMicroorganisms: mmDisinfection, mmSterilization, mmand mmMicrobiology mmSafety
Chapter mm5. mmPerformance mmImprovement mmin mmthe mmMicrobiology mmLaboratory
Chapter mm6. mmSpecimen mmCollection mmand mmProcessing
Chapter mm7. mmMicroscopic mmExamination mmof mmMaterials mmfrom mmInfected mmSites
Chapter mm8. m m Use mmof mmColony mmMorphology mmfor mmthe mmPresumptive mmIdentification mmof mmMicroorganisms
Chapter mm9. m m Biochemical mmIdentification mmof mmGram-Negative mmBacteria
Chapter mm10. mmImmunodiagnosis mmof mmInfectious mmDiseases
Chapter mm11. mmApplications mmof mmMolecular mmDiagnostics
Chapter mm12. mmAntibacterial mmMechanisms mmof mmAction mmand mmBacterial mmResistance mmMechanisms
Chapter mm13. mmAntimicrobial mmSusceptibility mmTesting
Part mm2: mmLaboratory mmIdentification mmof mmSignificant mmIsolates
Chapter mm14. mmStaphylococci
Chapter mm15. mmStreptococcus, mmEnterococcus, mmand mmOther mmCatalase-Negative, mmGram-Positive mmCocci
Chapter mm16. mmAerobic mmGram-Positive mmBacilli
Chapter mm17. mmNeisseria mmSpecies mmand mmMoraxella mmcatarrhalis
Chapter mm18. mmHaemophilus, mmHACEK, mmLegionella mmand mmOther mmFastidious mmGram-Negative mmBacilli
Chapter mm19. mmEnterobacteriaceae
Chapter mm20. mmVibrio, mmAeromonas, mmand mmCampylobacter mmSpecies
Chapter mm21. mmNonfermenting mmand mmMiscellaneous mmGram-Negative mmBacilli
Chapter mm22. mmAnaerobes mmof mmClinical mmImportance
Chapter mm23. mmThe mmSpirochetes
Chapter mm24. mmChlamydia, mmRickettsia, mmand mmSimilar mmOrganisms
Chapter mm25. mmMycoplasma mmand mmUreaplasma
Chapter mm26. mmMycobacterium mmtuberculosis mmand mmNontuberculous mmMycobacteria
Chapter mm27. mmMedically mmSignificant mmFungi
Chapter mm28. mmDiagnostic mmParasitology
Chapter mm29. mmClinical mmVirology
Chapter mm30. mmAgents mmof mmBioterror mmand mmForensic mmMicrobiology
Chapter mm31. mmBiofilms: mmArchitects mmof mmDisease
Part mm3: mmLaboratory mmDiagnosis mmof mmInfectious mmDiseases: mmand mmOrgan mmSystem mmApproach mmto
mmDiagnosticm Microbiology
m

Chapter mm32. mmUpper mmand mmLower mmRespiratory mmTract mmInfections
Chapter mm33. mmSkin mmand mmSoft mmTissue mmInfections
Chapter mm34. mmGastrointestinal mmInfections mmand mmFood mmPoisoning
Chapter mm35. mmInfections mmof mmthe mmCentral mmNervous mmSystem
Chapter mm36. mmBacteremia mmand mmSepsis
Chapter mm37. mmUrinary mmTract mmInfections
Chapter mm38. mmGenital mmInfections mmand mmSexually mmTransmitted mmInfections
Chapter mm39. mmInfections mmin mmSpecial mmPopulations
Chapter mm40. mmZoonotic mmDiseases
Chapter mm41. mmOcular mmInfections
-

,Chapter mm01: mmBacterial mmCell mmStructure, mmPhysiology, mmMetabolism, mmand
GeneticsmmMahon: mmTextbook mmof mmDiagnostic mmMicrobiology, mm6th
mm



mm Edition mmTest mmBank

MULTIPLE mmCHOICE

1. To mmsurvive, mmmicrobial mminhabitants mmhave mmlearned mmto mmadapt mmby mmvarying mmall mmof mmthe mmfollowing,
mm except
a. growth mmrate.
b. growth mmin mmall mmatmospheric mmconditions.
c. growth mmat mmparticular mmtemperatures.
d. bacterial mmshape.
ANSWER: m m D
The mmchapter mmbegins mmby mmdiscussing mmthe mmway mmmicrobial mminhabitants mmhave mmhad mmto
mm evolve mmto mmsurvivem
min mmmany mmdifferent mmniches mmand mmhabitats. mmIt mmdiscusses mmslow
mmgrowers, mmrapid mmgrowers, mmand mmreplication mmwith mmscarce mmor mmabundant mmnutrients,

mmunder mmdifferent mmatmospheric mmconditions, mmtemperature mmrequirements, mmand mmcell

mmstructure. mmBacterial mmshape mmas mma mmform mmof mmevolution mmis mmnot mmdiscussed.




OBJ: mm Level mm2: mmInterpretation

2. Who mmwas mmconsidered mmthe mmfather mmof mmprotozoology mmand mmbacteriology?
a. Anton mmvan mmLeeuwenhoek
b. Louis mmPasteur
c. Carl mmLandsteiner
d. Michael mmDouglas
ANSWER: m m A
The mmbook mmdiscusses mmAnton mmvan mmLeeuwenhoek mmas mmthe mminventor mmof mmthe mmmicroscope
mmand mmthe mmfirst mmperson mmto mmsee mmthe mm―beasties.‖ mmSo mmthey mmdubbed mmhim mmthe mmfather mmof

mmprotozoology mmand mmbacteriology.m The mmother mmthree mmindividuals mmwere mmnot mmdiscussed.
m




OBJ: m m Level mm1: mmRecall

3. Prokaryotic mmcells mmhave mmwhich mmof mmthe mmfollowing mmstructures mmin mmtheir mmcytoplasm?
a. Golgi mmapparatus
b. Ribosomes
c. Mitochondria
d. Endoplasmic mmreticulum
ANSWER: m m B
All mmthe mmstructures mmlisted mmare mmfound mmin mmeukaryotic mmcells, mmbut mmribosomes mmare
mmthe mmonly mmones mmthatmapply mmto mmprokaryotic mmcells.
m




OBJ: m m Level mm1: mmRecall

4. This mmform mmof mmDNA mmis mmcommonly mmfound mmin mmeukaryotic mmcells.
a. Linear
b. Circular
c. Plasmid
d. Colloid





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