TEXTBOOK OF fil
DIAGNOSTIC
MICROBIOLOG
fil
Y
6th Edition By Connie R. Mahon
fil fil fil fil fil
,
, Mahon: filTextbook filof filDiagnostic filMicrobiology, fil6th filEdition filTest filBank
Table filof filcontents
Part fil1: filIntroduction filto filClinical filMicrobiology
Chapter fil1. filBacterial filCell filStructure, filPhysiology, filMetabolism, filand filGenetics
Chapter fil2. filHost-Parasite filInteraction
Chapter fil3. filThe filLaboratory filRole filin filInfection filControl
Chapter fil4. filControl filof filMicroorganisms: filDisinfection, filSterilization, filand filMicrobiology filSafety
Chapter fil5. filPerformance filImprovement filin filthe filMicrobiology filLaboratory
Chapter fil6. filSpecimen filCollection filand filProcessing
Chapter fil7. filMicroscopic filExamination filof filMaterials filfrom filInfected filSites
Chapter fil8. f i l Use filof filColony filMorphology filfor filthe filPresumptive filIdentification filof filMicroorganisms
Chapter fil9. f i l Biochemical filIdentification filof filGram-Negative filBacteria
Chapter fil10. filImmunodiagnosis filof filInfectious filDiseases
Chapter fil11. filApplications filof filMolecular filDiagnostics
Chapter fil12. filAntibacterial filMechanisms filof filAction filand filBacterial filResistance filMechanisms
Chapter fil13. filAntimicrobial filSusceptibility filTesting
Part fil2: filLaboratory filIdentification filof filSignificant filIsolates
Chapter fil14. filStaphylococci
Chapter fil15. filStreptococcus, filEnterococcus, filand filOther filCatalase-Negative, filGram-Positive filCocci
Chapter fil16. filAerobic filGram-Positive filBacilli
Chapter fil17. filNeisseria filSpecies filand filMoraxella filcatarrhalis
Chapter fil18. filHaemophilus, filHACEK, filLegionella filand filOther filFastidious filGram-Negative filBacilli
Chapter fil19. filEnterobacteriaceae
Chapter fil20. filVibrio, filAeromonas, filand filCampylobacter filSpecies
Chapter fil21. filNonfermenting filand filMiscellaneous filGram-Negative filBacilli
Chapter fil22. filAnaerobes filof filClinical filImportance
Chapter fil23. filThe filSpirochetes
Chapter fil24. filChlamydia, filRickettsia, filand filSimilar filOrganisms
Chapter fil25. filMycoplasma filand filUreaplasma
Chapter fil26. filMycobacterium filtuberculosis filand filNontuberculous filMycobacteria
Chapter fil27. filMedically filSignificant filFungi
Chapter fil28. filDiagnostic filParasitology
Chapter fil29. filClinical filVirology
Chapter fil30. filAgents filof filBioterror filand filForensic filMicrobiology
Chapter fil31. filBiofilms: filArchitects filof filDisease
Part fil3: filLaboratory filDiagnosis filof filInfectious filDiseases: filand filOrgan filSystem filApproach filto
filDiagnostic filMicrobiology
Chapter fil32. filUpper filand filLower filRespiratory filTract filInfections
Chapter fil33. filSkin filand filSoft filTissue filInfections
Chapter fil34. filGastrointestinal filInfections filand filFood filPoisoning
Chapter fil35. filInfections filof filthe filCentral filNervous filSystem
Chapter fil36. filBacteremia filand filSepsis
Chapter fil37. filUrinary filTract filInfections
Chapter fil38. filGenital filInfections filand filSexually filTransmitted filInfections
Chapter fil39. filInfections filin filSpecial filPopulations
Chapter fil40. filZoonotic filDiseases
Chapter fil41. filOcular filInfections
-
, Chapter fil01: filBacterial filCell filStructure, filPhysiology, filMetabolism, filand
filGenetics filMahon: filTextbook filof filDiagnostic filMicrobiology, fil6th filEdition
filTest filBank
MULTIPLE filCHOICE
1. To filsurvive, filmicrobial filinhabitants filhave fillearned filto filadapt filby filvarying filall filof filthe filfollowing,
filexcept
a. growth filrate.
b. growth filin filall filatmospheric filconditions.
c. growth filat filparticular filtemperatures.
d. bacterial filshape.
ANS: fi l D
The filchapter filbegins filby fildiscussing filthe filway filmicrobial filinhabitants filhave filhad filto
filevolve filto filsurvive filin filmany fildifferent filniches filand filhabitats. filIt fildiscusses filslow
filgrowers, filrapid filgrowers, filand filreplication filwith filscarce filor filabundant filnutrients,
filunder fildifferent filatmospheric filconditions, filtemperature filrequirements, filand filcell
filstructure. filBacterial filshape filas fila filform filof filevolution filis filnot fildiscussed.
OBJ: fil Level fil2: filInterpretation
2. Who filwas filconsidered filthe filfather filof filprotozoology filand filbacteriology?
a. Anton filvan filLeeuwenhoek
b. Louis filPasteur
c. Carl filLandsteiner
d. Michael filDouglas
ANS: fi l A
The filbook fildiscusses filAnton filvan filLeeuwenhoek filas filthe filinventor filof filthe filmicroscope
filand filthe filfirst filperson filto filsee filthe fil―beasties.‖ filSo filthey fildubbed filhim filthe filfather filof
filprotozoology filand filbacteriology. filThe filother filthree filindividuals filwere filnot fildiscussed.
OBJ: fil Level fil1: filRecall
3. Prokaryotic filcells filhave filwhich filof filthe filfollowing filstructures filin filtheir filcytoplasm?
a. Golgi filapparatus
b. Ribosomes
c. Mitochondria
d. Endoplasmic filreticulum
ANS: fi l B
All filthe filstructures fillisted filare filfound filin fileukaryotic filcells, filbut filribosomes filare filthe
filonly filones filthat filapply filto filprokaryotic filcells.
OBJ: fil Level fil1: filRecall
4. This filform filof filDNA filis filcommonly filfound filin fileukaryotic filcells.
a. Linear
b. Circular
c. Plasmid
d. Colloid