TEST BANK FOR
H H
MODERN BLOOD B H H
ANKING & TRANSF
H H
USION PRACTICES 6
H H
TH EDITION DENISE
H H H
M.HARMENING
H
,TEST BANK FOR
H H
MODERN BLOOD BANKING
H H H
& TRANSFUSION PRACTICES
H H
6TH EDITION
H
DENISE M. HARMENING
H H
, Chapter 1 RBCs and Platelet Preservation: Historical Perspectives and Current Trends
H H H H H H H H H H
MultipleHChoice
IdentifyHtheHchoiceHthatHbestHcompletesHtheHstatementHorHanswersHtheHquestion.
H 1.H WhichHmetabolicHpathwayHisHresponsibleHforHgeneratingH90%HofHtheHATPHforHtheHRBC?
a. PentoseHphosphateHshunt c. Glycolysis
b. Luebering-RapoportHshunt d.H MethemoglobinHreductase
H
2.H AHunitHofHbloodHwasHreturnedHtoHtheHbloodHbankHbeforeHitHwasHspiked.HApparentlyHtheHpatient’sHIVHfa
iled.HTheHunitHofHbloodHwasHoutsideHtheHbloodHbankHforH35Hminutes.HWhichHofHtheHstatementsHbelowHisHmo
stHaccurate?
a. TheHunitHofHbloodHshouldHbeHdiscardedHimmediately.
b. TheHunitHofHbloodHcanHbeHreturnedHtoHinventory.
c. TheHunitHofHbloodHmustHbeHtransfusedHwithinH4HhoursHorHbeHdiscardedHatHtheHendHofHthatHtime.
d. TheHunitHofHbloodHmustHbeHtransfusedHwithH24Hhours.
H 3.H WhatHisHtheHaverageHdiameterHofHaHplatelet?
a. 5HtoH10Hµm c. 1HtoH2Hµm
b. 2HtoH4Hµm d.HHH 4HtoH6Hµm
H 4.HInHtheHnormalHhemoglobin-
oxygenHdissociationHcurve,HwhatHpercentageHofHoxygenHisHreleasedHtoHtheHtissuesHwhenHPO2HaveragesH40
HmmHHg?
a. 75% c. 100%
b.HHH 25% d.H 50%
H 5.H WhatHfactorsHareHknownHtoHinfluenceHplateletHmetabolismHandHfunction?
a. StorageHtemperature c. PlateletHcount
b. InitialHpH d.H AllHofHtheHabove
H
6.HWhichHofHtheHfollowingHredHbloodHcellHmorphologiesHmayHbeHpresentHonHtheHperipheralHbloodHsmearHa
sHaHresultHofHlossHofHRBCHmembrane?
a. Spherocytes c. BurrHcells
b. TargetHcells d.H Schistocytes
H 7.H WhatHdoesHtheHtermHautologousHtransfusionHreferHto?
a. AHparentHdonatingHbloodHforHhisHorHherHchild
b. AnHindividualHdonatingHbloodHforHaHfriend
c. AnHindividualHdonatingHbloodHforHaHrelative
d. AnHindividualHdonatingHbloodHforHhisHorHherHownHtransfusion
H 8.H WhatHisHtheHprimaryHfunctionHofHhemoglobin?
a. IronHmetabolism c. OxygenHtransport
b. PorphyrinHsynthesis d.H SignalHtransduction
H 9.H AllHofHtheHfollowingHareasHofHredHbloodHcellHbiologyHareHcrucialHforHnormalHerythrocyteHsurvivalHexcept:
a. CellularHmetabolism. c. SiteHofHtheHABOHantigenHattachment.
b. RBCHmembrane. d.H HemoglobinHstructure.
ThisHstudyHsourceHwasHdownloadedHbyH100000826342158HfromHCourseHero.comHonH09-15-
2021H17:54:15HGMTH-05:00
https://www.coursehero.com/file/25537437/ch01rtf/
, H HH 10.H WhatHisHtheHcorrectHbiochemicalHcompositionHofHtheHRBCHmembrane?
a. 52%Hprotein,H40%Hlipid,H8%Hcarbohydrate
b. 40%Hprotein,H8%Hlipid,H52%Hcarbohydrate
c. 8%Hprotein,H52%Hlipid,H40%Hcarbohydrate
d. 8%Hlipid,H40%Hcarbohydrate,H52%Hprotein
H HHH 11.H AllHofHtheHfollowingHbiochemicalHchangesHareHassociatedHwithHlossHofHredHbloodHcellHviabilityHuponHstorage
except:
a. DecreasedHpH. c. IncreasedHATPHlevel.
b. LossHofHredHbloodHcellHfunction. d.H DecreasedHglucoseHconsumption.
H HH 12.H WhichHredHbloodHcellHpreservativeHhasHaHstorageHtimeHofH35Hdays?
a. ACD c. AS-1
b. CPDA-1 d.HHH CPD
H HH 13.H TheHRBCHmembraneHisHrelativelyHpermeableHtoHallHofHtheHfollowingHexcept:
a. Chloride. c. Bicarbonate.
b. Sodium. d.H Water.
H
HH 14.HWhatHpercentageHofHplateletsHisHsequesteredHinHtheHspleenHasHfunctionalHreserveHafterHbeingHreleas
edHfromHtheHboneHmarrow?
a. 30% c. 10%
b.HHH 50% d.HHH 25%
H HH 15.H WhatHisHtheHmajorHbiochemicalHconsiderationHinHplateletHstorage?
a. GlucoseHmetabolism c. ProductionHofHcarbonHdioxide
b. OxygenHsupply d.H RegulationHofHpH
H HH 16.HWhatHwouldHtheHhemoglobin-
oxygenHdissociationHcurveHdepictHinHaHpatientHexhibitingHclinicalHsignsHofHalkalosis?
a. Normal c. ShiftHtoHtheHright
b. ShiftHtoHtheHleft d.H NoneHofHtheHabove
H HH 17.H NameHtheHmainHlipidHcomponentsHofHaHredHbloodHcellHmembrane.
a. Phospholipid c. Glycolipid
b. Sphingomyelin d.H GlycophorinHA
H HH 18.H TheHABOHbloodHgroupsHwereHdiscoveredHinH1901HbyHwhom?
a. CharlesHDrew c. LoutitHandHMollison
b. KarlHLandsteiner d.H EdwardHLindeman
H
HH 19.HAHstandingHorderHofHplateletsHwasHshippedHtoHyourHfacilityHbyHyourHsupplier.HItHwasHinadvertentlyHl
eftHinHtheHcornerHofHtheHdepartmentHuntilHdiscoveredH36HhoursHlater.HWhatHwouldHtheHappropriateHactionHbeH
forHtheHbloodHbanker?
a. IfHtheHtemperatureHinHtheHboxHwasH22H+/-
H2°CHandHtheHplateletHswirlHseemedHOK,HitHwouldHbeH OKHtoHacceptHtheHunitHintoHinventory
.
b. TheHplateletsHhaveHfallenHoutsideHtheHsupplier’sHqualityHassurance.HTheHunitHshouldHbe
discardedHbecauseHtheHpHHhasHprobablyHdroppedHtooHlowHandHplateletHactivationHhasHbeenHcompromi
sed.
c. IfHtheHtemperatureHwasH1°CHtoH6°CHandHtheHplateletHswirlHseemedHOK,HitHwouldHbeHOKHto
ThisHstudyHsourceHwasHdownloadedHbyH100000826342158HfromHCourseHero.comHonH09-15-
2021H17:54:15HGMTH-05:00
https://www.coursehero.com/file/25537437/ch01rtf/
H H
MODERN BLOOD B H H
ANKING & TRANSF
H H
USION PRACTICES 6
H H
TH EDITION DENISE
H H H
M.HARMENING
H
,TEST BANK FOR
H H
MODERN BLOOD BANKING
H H H
& TRANSFUSION PRACTICES
H H
6TH EDITION
H
DENISE M. HARMENING
H H
, Chapter 1 RBCs and Platelet Preservation: Historical Perspectives and Current Trends
H H H H H H H H H H
MultipleHChoice
IdentifyHtheHchoiceHthatHbestHcompletesHtheHstatementHorHanswersHtheHquestion.
H 1.H WhichHmetabolicHpathwayHisHresponsibleHforHgeneratingH90%HofHtheHATPHforHtheHRBC?
a. PentoseHphosphateHshunt c. Glycolysis
b. Luebering-RapoportHshunt d.H MethemoglobinHreductase
H
2.H AHunitHofHbloodHwasHreturnedHtoHtheHbloodHbankHbeforeHitHwasHspiked.HApparentlyHtheHpatient’sHIVHfa
iled.HTheHunitHofHbloodHwasHoutsideHtheHbloodHbankHforH35Hminutes.HWhichHofHtheHstatementsHbelowHisHmo
stHaccurate?
a. TheHunitHofHbloodHshouldHbeHdiscardedHimmediately.
b. TheHunitHofHbloodHcanHbeHreturnedHtoHinventory.
c. TheHunitHofHbloodHmustHbeHtransfusedHwithinH4HhoursHorHbeHdiscardedHatHtheHendHofHthatHtime.
d. TheHunitHofHbloodHmustHbeHtransfusedHwithH24Hhours.
H 3.H WhatHisHtheHaverageHdiameterHofHaHplatelet?
a. 5HtoH10Hµm c. 1HtoH2Hµm
b. 2HtoH4Hµm d.HHH 4HtoH6Hµm
H 4.HInHtheHnormalHhemoglobin-
oxygenHdissociationHcurve,HwhatHpercentageHofHoxygenHisHreleasedHtoHtheHtissuesHwhenHPO2HaveragesH40
HmmHHg?
a. 75% c. 100%
b.HHH 25% d.H 50%
H 5.H WhatHfactorsHareHknownHtoHinfluenceHplateletHmetabolismHandHfunction?
a. StorageHtemperature c. PlateletHcount
b. InitialHpH d.H AllHofHtheHabove
H
6.HWhichHofHtheHfollowingHredHbloodHcellHmorphologiesHmayHbeHpresentHonHtheHperipheralHbloodHsmearHa
sHaHresultHofHlossHofHRBCHmembrane?
a. Spherocytes c. BurrHcells
b. TargetHcells d.H Schistocytes
H 7.H WhatHdoesHtheHtermHautologousHtransfusionHreferHto?
a. AHparentHdonatingHbloodHforHhisHorHherHchild
b. AnHindividualHdonatingHbloodHforHaHfriend
c. AnHindividualHdonatingHbloodHforHaHrelative
d. AnHindividualHdonatingHbloodHforHhisHorHherHownHtransfusion
H 8.H WhatHisHtheHprimaryHfunctionHofHhemoglobin?
a. IronHmetabolism c. OxygenHtransport
b. PorphyrinHsynthesis d.H SignalHtransduction
H 9.H AllHofHtheHfollowingHareasHofHredHbloodHcellHbiologyHareHcrucialHforHnormalHerythrocyteHsurvivalHexcept:
a. CellularHmetabolism. c. SiteHofHtheHABOHantigenHattachment.
b. RBCHmembrane. d.H HemoglobinHstructure.
ThisHstudyHsourceHwasHdownloadedHbyH100000826342158HfromHCourseHero.comHonH09-15-
2021H17:54:15HGMTH-05:00
https://www.coursehero.com/file/25537437/ch01rtf/
, H HH 10.H WhatHisHtheHcorrectHbiochemicalHcompositionHofHtheHRBCHmembrane?
a. 52%Hprotein,H40%Hlipid,H8%Hcarbohydrate
b. 40%Hprotein,H8%Hlipid,H52%Hcarbohydrate
c. 8%Hprotein,H52%Hlipid,H40%Hcarbohydrate
d. 8%Hlipid,H40%Hcarbohydrate,H52%Hprotein
H HHH 11.H AllHofHtheHfollowingHbiochemicalHchangesHareHassociatedHwithHlossHofHredHbloodHcellHviabilityHuponHstorage
except:
a. DecreasedHpH. c. IncreasedHATPHlevel.
b. LossHofHredHbloodHcellHfunction. d.H DecreasedHglucoseHconsumption.
H HH 12.H WhichHredHbloodHcellHpreservativeHhasHaHstorageHtimeHofH35Hdays?
a. ACD c. AS-1
b. CPDA-1 d.HHH CPD
H HH 13.H TheHRBCHmembraneHisHrelativelyHpermeableHtoHallHofHtheHfollowingHexcept:
a. Chloride. c. Bicarbonate.
b. Sodium. d.H Water.
H
HH 14.HWhatHpercentageHofHplateletsHisHsequesteredHinHtheHspleenHasHfunctionalHreserveHafterHbeingHreleas
edHfromHtheHboneHmarrow?
a. 30% c. 10%
b.HHH 50% d.HHH 25%
H HH 15.H WhatHisHtheHmajorHbiochemicalHconsiderationHinHplateletHstorage?
a. GlucoseHmetabolism c. ProductionHofHcarbonHdioxide
b. OxygenHsupply d.H RegulationHofHpH
H HH 16.HWhatHwouldHtheHhemoglobin-
oxygenHdissociationHcurveHdepictHinHaHpatientHexhibitingHclinicalHsignsHofHalkalosis?
a. Normal c. ShiftHtoHtheHright
b. ShiftHtoHtheHleft d.H NoneHofHtheHabove
H HH 17.H NameHtheHmainHlipidHcomponentsHofHaHredHbloodHcellHmembrane.
a. Phospholipid c. Glycolipid
b. Sphingomyelin d.H GlycophorinHA
H HH 18.H TheHABOHbloodHgroupsHwereHdiscoveredHinH1901HbyHwhom?
a. CharlesHDrew c. LoutitHandHMollison
b. KarlHLandsteiner d.H EdwardHLindeman
H
HH 19.HAHstandingHorderHofHplateletsHwasHshippedHtoHyourHfacilityHbyHyourHsupplier.HItHwasHinadvertentlyHl
eftHinHtheHcornerHofHtheHdepartmentHuntilHdiscoveredH36HhoursHlater.HWhatHwouldHtheHappropriateHactionHbeH
forHtheHbloodHbanker?
a. IfHtheHtemperatureHinHtheHboxHwasH22H+/-
H2°CHandHtheHplateletHswirlHseemedHOK,HitHwouldHbeH OKHtoHacceptHtheHunitHintoHinventory
.
b. TheHplateletsHhaveHfallenHoutsideHtheHsupplier’sHqualityHassurance.HTheHunitHshouldHbe
discardedHbecauseHtheHpHHhasHprobablyHdroppedHtooHlowHandHplateletHactivationHhasHbeenHcompromi
sed.
c. IfHtheHtemperatureHwasH1°CHtoH6°CHandHtheHplateletHswirlHseemedHOK,HitHwouldHbeHOKHto
ThisHstudyHsourceHwasHdownloadedHbyH100000826342158HfromHCourseHero.comHonH09-15-
2021H17:54:15HGMTH-05:00
https://www.coursehero.com/file/25537437/ch01rtf/
