TEST BANK For Huether and McCance's Understanding Pathophysiology, Canadian Edition, 2nd Edition by Kelly Power-Kean, Verified Chapters 1 - 42, Complete Newest Version

Test Bank for Huether and McCance's UnderstandingPathophysiology, Canadian Edition,
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2nd Edition by Kelly Power-Kean,
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Chapter 1 - 42
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,Table hof hContents

PART hONE: hBASIC hCONCEPTS hOF hPATHOPHYSIOLOGY
Unit h1: hThe hCell
1. Cellular hBiology
2. Genes hand hGenetic hDiseases
3. Epigenetics hand hDisease
4. Altered hCellular hand hTissue hBiology
5. Fluids hand hElectrolytes, h Acids hand hBases
Unit h2: hMechanisms hof hSelf-Defense
6. Innate hImmunity: hInflammation hand hWound hHealing
7. Adaptive hImmunity
8. Infection hand hDefects hin hMechanisms hof hDefense
9. Stress hand hDisease
Unit h3: hCellular hProliferation: h Cancer
10. Biology hof hCancer
11. Cancer hEpidemiology
12. Cancer hin hChildren hand hAdolescents
PART hTWO: hBODY hSYSTEMS hAND hDISEASES
Unit h4: hThe hNeurologic hSystem
13. Structure hand hFunction hof hthe hNeurologic hSystem
14. Pain, hTemperature, hSleep, hand hSensory hFunction
15. Alterations h in hCognitive hSystems, h Cerebral hHemodynamics hand hMotor hFunction
16. Disorders hof hthe hCentral hand hPeripheral hNervous hSystems hand hNeuromuscular hJunction
17. Alterations hof hNeurologic h Function hin hChildren
Unit h5: hThe hEndocrine hSystem
18. Mechanisms hof hHormonal hRegulation
19. Alterations hof hHormonal hRegulation
Unit h6: hThe hHematologic hSystem
20. Structure hand hFunction hof hthe hHematologic hSystem
21. Alterations h in hHematologic hFunction
22. Alterations hof hHematologic hFunction hin hChildren
Unit h7: hThe hCardiovascular hand hLymphatic hSystems
23. Structure hand hFunction hof hthe hCardiovascular hand hLymphatic hSystems
24. Alterations hof hCardiovascular hFunction
25. Alterations hof hCardiovascular hFunction hin hChildren
Unit h8: hThe hPulmonary hSystem
26. Structure hand hFunction hof hthe hPulmonary hSystem
27. Alterations hof hPulmonary hFunction
28. Alterations hof hPulmonary hFunction hin hChildren
Unit h9: hThe hRenal hand hUrologic hSystems
29. Structure hand hFunction hof hthe hRenal hand hUrologic hSystems
30. Alterations hof hRenal hand hUrinary hTract h Function
31. Alterations hof hRenal hand hUrinary hTract h Function hin hChildren

,Unit h10: hThe hReproductive hSystems
32. Structure hand hFunction hof hthe hReproductive hSystems
33. Alterations hof hthe hFemale hReproductive hSystem
34. Alterations hof hthe hMale hReproductive hSystem
Unit h11: hThe hDigestive hSystem
35. Structure hand hFunction hof hthe hDigestive hSystem
36. Alterations hof hDigestive hFunction
37. Alterations h in hDigestive hFunction hin hChildren
Unit h12: hThe hMusculoskeletal hand h Integumentary hSystems
38. Structure hand hFunction hof hthe hMusculoskeletal hSystem
39. Alterations hof hMusculoskeletal hFunction
40. Alterations hof hMusculoskeletal hFunction hin hChildren
41. Structure, hFunction, h and hDisorders hof hthe hIntegument
42. Alterations hof hthe hIntegument h in hChildren

, Chapter h01: hCellular hBiology


MULTIPLE hCHOICE

1. A hstudent h is hobserving ha hcell hunder hthe hmicroscope. hIt his hobserved hto hhave hsupercoiled
hDNA h with hhistones. hWhich hof hthe hfollowing hwould halso hbe hobserved h by hthe hstudent?
a. A hsingle hcircular hchromosome
b. A hnucleus
c. Free-floating hnuclear hmaterial
d. No horganelles
ANS: h B
The hcell hdescribed his ha heukaryotic hcell, hso h it hhas hhistones hand ha hsupercoiled hDNA hwithin hits
h nucleus; hthus, hthe hnucleus hshould hbe hobserved. h A hsingle hcircular hchromosome hcalled ha

h prokaryote hcontains h free-floating hnuclear h material hbut h has h no horganelles.



REF: h hp. h2

2. A hnurse h is hinstructing hthe hstaff habout hcellular h functions. hWhich hcellular h function his hthe hnurse
h describing hwhen han hisolated hcell habsorbs hoxygen hand huses hit hto htransform hnutrients hto
henergy?

a. Metabolic habsorption
b. Communication
c. Secretion
d. Respiration

ANS: h h D NURSINGTB.COM
The hcell’s hability hto habsorb hoxygen his hreferred hto has hrespiration hwhile h its hcommunication hability
involves hmaintenance hof ha hsteady hdynamic hstate, hmetabolic habsorption hprovides hnutrition,
hand h secretion hallows h for h the hsynthesizing hof hnew hsubstances.



REF: h hp. h2

3. A heukaryotic hcell his hundergoing hDNA hreplication. hIn hwhich hregion hof hthe hcell hwould hmost hof
h the hgenetic h information hbe hcontained?
a. Mitochondria
b. Ribosome
c. Nucleolus
d. Nucleus hCytoplasm
ANS: h C
The hregion hof hthe hcell hthat hcontains hgenetic hmaterial, hincluding ha hlarge hamount hof
hribonucleic h acid, h most hof hthe hDNA, h and hDNA-binding hproteins, h is hthe hnucleolus, hwhich his

hlocated hwithin h the hcell’s hnucleus. h Mitochondria h is hassociated hwith hcellular hrespiration, hwhile

hribosomes hare h involved hwith hprotein hmanufacturing. h Cytoplasm his h a hfluid h filling hthat h is ha

hcomponent hof hthe h cell.



REF: h hp. h2




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