UNDERSTANDING PATHOPHYSIOLOGY 1ST CANADIAN EDITION EL-HUSSEIN – TEST BANK

Test Bank for Huether and McCance's Understanding
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Pathophysiology, Canadian Edition,
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2nd Edition by Kelly Power-Kean,
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Chapter 1 - 42 f f f f

,Table of Contents
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PART fONE: fBASIC fCONCEPTS fOF fPATHOPHYSIOLOGY
Unit f1: fThe fCell
1. Cellular fBiology
2. Genes fand fGenetic fDiseases
3. Epigenetics fand fDisease
4. Altered fCellular fand fTissue fBiology
5. Fluids fand fElectrolytes, fAcids fand fBases
Unit f2: fMechanisms fof fSelf-Defense
6. Innate fImmunity: fInflammation fand fWound fHealing
7. Adaptive fImmunity
8. Infection fand fDefects fin fMechanisms fof fDefense
9. Stress fand fDisease
Unit f3: fCellular fProliferation: fCancer
10. Biology fof fCancer
11. Cancer fEpidemiology
12. Cancer fin fChildren fand fAdolescents
PART fTWO: fBODY fSYSTEMS fAND fDISEASES
Unit f4: fThe fNeurologic fSystem
13. Structure fand fFunction fof fthe fNeurologic fSystem
14. Pain, fTemperature, fSleep, fand fSensory fFunction
15. Alterations fin fCognitive fSystems, fCerebral fHemodynamics fand fMotor fFunction
16. Disorders fof fthe fCentral fand fPeripheral fNervous fSystems fand fNeuromuscular fJunction
17. Alterations fof fNeurologic fFunction fin fChildren
Unit f5: fThe fEndocrine fSystem
18. Mechanisms fof fHormonal fRegulation
19. Alterations fof fHormonal fRegulation
Unit f6: fThe fHematologic fSystem
20. Structure fand fFunction fof fthe fHematologic fSystem
21. Alterations fin fHematologic fFunction
22. Alterations fof fHematologic fFunction fin fChildren
Unit f7: fThe fCardiovascular fand fLymphatic fSystems
23. Structure fand fFunction fof fthe fCardiovascular fand fLymphatic fSystems
24. Alterations fof fCardiovascular fFunction
25. Alterations fof fCardiovascular fFunction fin fChildren
Unit f8: fThe fPulmonary fSystem
26. Structure fand fFunction fof fthe fPulmonary fSystem
27. Alterations fof fPulmonary fFunction
28. Alterations fof fPulmonary fFunction fin fChildren
Unit f9: fThe fRenal fand fUrologic fSystems
29. Structure fand fFunction fof fthe fRenal fand fUrologic fSystems
30. Alterations fof fRenal fand fUrinary fTract fFunction
31. Alterations fof fRenal fand fUrinary fTract fFunction fin fChildren

,Unit f10: fThe fReproductive fSystems
32. Structure fand fFunction fof fthe fReproductive fSystems
33. Alterations fof fthe fFemale fReproductive fSystem
34. Alterations fof fthe fMale fReproductive fSystem
Unit f11: fThe fDigestive fSystem
35. Structure fand fFunction fof fthe fDigestive fSystem
36. Alterations fof fDigestive fFunction
37. Alterations fin fDigestive fFunction fin fChildren
Unit f12: fThe fMusculoskeletal fand fIntegumentary fSystems
38. Structure fand fFunction fof fthe fMusculoskeletal fSystem
39. Alterations fof fMusculoskeletal fFunction
40. Alterations fof fMusculoskeletal fFunction fin fChildren
41. Structure, fFunction, fand fDisorders fof fthe fIntegument
42. Alterations fof fthe fIntegument fin fChildren

, Chapter f01: fCellular fBiology



MULTIPLE fCHOICE

1. A fstudent fis fobserving fa fcell funder fthe fmicroscope. fIt fis fobserved fto fhave fsupercoiled
DNA fwith fhistones. fWhich fof fthe ffollowing fwould falso fbe fobserved fby fthe fstudent?
f

a.A fsingle fcircular fchromosome
b.A fnucleus
c.Free-floating fnuclear fmaterial
d.No forganelles
ANS: f B
The fcell fdescribed fis fa feukaryotic fcell, fso fit fhas fhistones fand fa fsupercoiled fDNA fwithin fits
fnucleus; fthus, fthe fnucleus fshould fbe fobserved. fA fsingle fcircular fchromosome fcalled fa

fprokaryote fcontains ffree-floating fnuclear fmaterial fbut fhas fno forganelles.



REF: f p. f2

2. A fnurse fis finstructing fthe fstaff fabout fcellular ffunctions. fWhich fcellular ffunction fis fthe
nurse fdescribing fwhen fan fisolated fcell fabsorbs foxygen fand fuses fit fto ftransform fnutrients fto
f

energy?
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a. Metabolic fabsorption
b. Communication
c. Secretion
d. Respiration
ANS: f D NURSINGTB.COM
The fcell’s fability fto fabsorb foxygen fis freferred fto fas frespiration fwhile fits fcommunication fability
involves fmaintenance fof fa fsteady fdynamic fstate, fmetabolic fabsorption fprovides fnutrition, fand
fsecretion fallows ffor fthe fsynthesizing fof fnew fsubstances.



REF: f p. f2

3. A feukaryotic fcell fis fundergoing fDNA freplication. fIn fwhich fregion fof fthe fcell fwould fmost
of fthe fgenetic finformation fbe fcontained?
f

a. Mitochondria
b. Ribosome
c. Nucleolus
d. Nucleus fCytoplasm
ANS: f C
The fregion fof fthe fcell fthat fcontains fgenetic fmaterial, fincluding fa flarge famount fof fribonucleic
facid, fmost fof fthe fDNA, fand fDNA-binding fproteins, fis fthe fnucleolus, fwhich fis flocated fwithin

fthe fcell’s fnucleus. fMitochondria fis fassociated fwith fcellular frespiration, fwhile fribosomes fare

finvolved fwith fprotein fmanufacturing. fCytoplasm fis fa ffluid ffilling fthat fis fa fcomponent fof fthe

fcell.



REF: f p. f2




NURSINGTB.COM