APPLIED wPATHOPHYSIOLOGY wA w CONCEPTUAL w APPROACH w TO w THE
w MECHANISMSwOF w DISEASE w 3RD w EDITION
APPLIED w PATHOPHYSIOLOGY w A w CONCEPTUAL
wAPPROACHTO wTHE wMECHANISMS wOFDISEASE
w3RDwEDITION w BRAUN w TEST w BANK w QUESTIONS
w AND wANSWER w KEY w AFTER w EVERY w CHAPTER
w 100% wGUARANTEED w PASS|ALL w CHAPTERS
w INCLUDED
Applied w Pathophysiology w A w Conceptual w Approach w to
w theMechanisms w of w Disease w 3rd w Edition w Braun w Test w Bank
,Chapter w 1Introduction w to w Pathophysiology
,APPLIED wPATHOPHYSIOLOGY wA w CONCEPTUAL w APPROACH w TO w THE
w MECHANISMSwOF w DISEASE w 3RD w EDITION
1. The w nucleus , w which w is w essential w for w function w and
w survival w of w thewcell.
A) is wZthe wZsitewZofwZprotein
wZsynthesis
B) contains w the w genetic w code
C) transforms w cellular w energy
D) initiates w aerobic w metabolism
2. Although wenergy wis wnot wmade win wmitochondria, wthey ware wknown was
wthewpower wplants wof wthe w cell wbecause w they:
A) contain w RNA w for w protein w synthesis.
B) utilize w glycolysis w for w oxidative
wenergy.wC)
extractZenergywZfromZorganic
wZcompounds.
D) store w calcium w bonds w for w muscle w contractions.
3. Although w the w basic w structure w of w the w cell w plasma w membrane w is
w formed w bywa wlipid w bilayer, w most w of w the w specific w membrane
w functions w are w carried w out wby: w A) bound w wand wtransmembrane
w proteins.
B) complex, w long w carbohydrate w chains.
C) surface w antigens w and w hormone w receptors.
D) a w gating w system w of w selective w ion w channels.
4. To w effectively w relay w signals, w cell-to-cell w communication
w utilizeswchemical wmessenger w systems wthat:
A) displace w surface w receptor w proteins.
B) accumulate w within w cell w gap w junctions.
C) bind w to w contractile w microfilaments.
D) release w secretions w into w extracellular w fluid.
, APPLIED wPATHOPHYSIOLOGY wA w CONCEPTUAL w APPROACH w TO w THE
w MECHANISMSwOF w DISEASE w 3RD w EDITION
5. Aerobic wmetabolism, walso wknown was woxidative wmetabolism, wprovides
w energywby:
A) removing w the w phosphate w bonds w from w ATP.
B) combining w hydrogen w and w oxygen w to w form w water.
C) activating w pyruvate w stored w in w the w cytoplasm.
D) breaking w down w glucose w to w form w lactic w acid.
6. Exocytosis, w the w reverse w of w endocytosis, w is w important
w in into
wthe wextracellular wfluid.
A) Engulfing w and w ingesting w fluid w and w proteins w for w transport
B) Killing, w degrading, w and w dissolving w harmful w microorganisms
C) Removing w cellular w debris w and w releasing w synthesized w substances
D) Destruction w of w particles w by w lysosomal w enzymes w for w secretion
7. The w process w responsible w for w generating w and w conducting w membrane
w potentials w is:
A) diffusion w of w current-carrying w ions.
B) millivoltage w of w electrical w potential.
C) polarization w of w charged w particles.
D) ion w channel w neurotransmission.
8. Epithelial wtissues ware w classified waccording w to wthe w shape w wof w the w
wcells w andwthe wnumber wof wlayers. wWhich wof wthe wfollowing wis wa
wcorrectly wmatchedwdescription w and wtype w of w wepithelial w wtissue?
A) Simple wepithelium: wcells win wcontact wwith w intercellular w matrix;
w somewdo w not w extend wto wsurface
B) Stratified w epithelium: w single w layer w of w cells; w all
w cells w rest w onwbasement wmembrane
C) Glandular w epithelium: w arise w from w surface
w epithelia w andwunderlying wconnective wtissue
D) Pseudostratified w epithelium: w multiple w layers w of w cells;
w deepest w layerwrests w on wbasement wmembrane
9. Connective wtissue wcontains wfibroblasts wthat ware
wresponsiblewfor: w A) w providing wa w wfibrous
wframework wfor w capillaries.
w MECHANISMSwOF w DISEASE w 3RD w EDITION
APPLIED w PATHOPHYSIOLOGY w A w CONCEPTUAL
wAPPROACHTO wTHE wMECHANISMS wOFDISEASE
w3RDwEDITION w BRAUN w TEST w BANK w QUESTIONS
w AND wANSWER w KEY w AFTER w EVERY w CHAPTER
w 100% wGUARANTEED w PASS|ALL w CHAPTERS
w INCLUDED
Applied w Pathophysiology w A w Conceptual w Approach w to
w theMechanisms w of w Disease w 3rd w Edition w Braun w Test w Bank
,Chapter w 1Introduction w to w Pathophysiology
,APPLIED wPATHOPHYSIOLOGY wA w CONCEPTUAL w APPROACH w TO w THE
w MECHANISMSwOF w DISEASE w 3RD w EDITION
1. The w nucleus , w which w is w essential w for w function w and
w survival w of w thewcell.
A) is wZthe wZsitewZofwZprotein
wZsynthesis
B) contains w the w genetic w code
C) transforms w cellular w energy
D) initiates w aerobic w metabolism
2. Although wenergy wis wnot wmade win wmitochondria, wthey ware wknown was
wthewpower wplants wof wthe w cell wbecause w they:
A) contain w RNA w for w protein w synthesis.
B) utilize w glycolysis w for w oxidative
wenergy.wC)
extractZenergywZfromZorganic
wZcompounds.
D) store w calcium w bonds w for w muscle w contractions.
3. Although w the w basic w structure w of w the w cell w plasma w membrane w is
w formed w bywa wlipid w bilayer, w most w of w the w specific w membrane
w functions w are w carried w out wby: w A) bound w wand wtransmembrane
w proteins.
B) complex, w long w carbohydrate w chains.
C) surface w antigens w and w hormone w receptors.
D) a w gating w system w of w selective w ion w channels.
4. To w effectively w relay w signals, w cell-to-cell w communication
w utilizeswchemical wmessenger w systems wthat:
A) displace w surface w receptor w proteins.
B) accumulate w within w cell w gap w junctions.
C) bind w to w contractile w microfilaments.
D) release w secretions w into w extracellular w fluid.
, APPLIED wPATHOPHYSIOLOGY wA w CONCEPTUAL w APPROACH w TO w THE
w MECHANISMSwOF w DISEASE w 3RD w EDITION
5. Aerobic wmetabolism, walso wknown was woxidative wmetabolism, wprovides
w energywby:
A) removing w the w phosphate w bonds w from w ATP.
B) combining w hydrogen w and w oxygen w to w form w water.
C) activating w pyruvate w stored w in w the w cytoplasm.
D) breaking w down w glucose w to w form w lactic w acid.
6. Exocytosis, w the w reverse w of w endocytosis, w is w important
w in into
wthe wextracellular wfluid.
A) Engulfing w and w ingesting w fluid w and w proteins w for w transport
B) Killing, w degrading, w and w dissolving w harmful w microorganisms
C) Removing w cellular w debris w and w releasing w synthesized w substances
D) Destruction w of w particles w by w lysosomal w enzymes w for w secretion
7. The w process w responsible w for w generating w and w conducting w membrane
w potentials w is:
A) diffusion w of w current-carrying w ions.
B) millivoltage w of w electrical w potential.
C) polarization w of w charged w particles.
D) ion w channel w neurotransmission.
8. Epithelial wtissues ware w classified waccording w to wthe w shape w wof w the w
wcells w andwthe wnumber wof wlayers. wWhich wof wthe wfollowing wis wa
wcorrectly wmatchedwdescription w and wtype w of w wepithelial w wtissue?
A) Simple wepithelium: wcells win wcontact wwith w intercellular w matrix;
w somewdo w not w extend wto wsurface
B) Stratified w epithelium: w single w layer w of w cells; w all
w cells w rest w onwbasement wmembrane
C) Glandular w epithelium: w arise w from w surface
w epithelia w andwunderlying wconnective wtissue
D) Pseudostratified w epithelium: w multiple w layers w of w cells;
w deepest w layerwrests w on wbasement wmembrane
9. Connective wtissue wcontains wfibroblasts wthat ware
wresponsiblewfor: w A) w providing wa w wfibrous
wframework wfor w capillaries.
