applied pathophysiology for the advanced practice nurse 1st edition dlugasch story test bank

Full Test Bank
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Applied Pathophysiology for the
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Advanced Practice Nurse 1st Edition
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Dlugasch Story Test Bank
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Test jBank, j100% jVerified jAnswers.

COVERS jALL jCHAPTERS.

,Import jSettings:
Base jSettings: jBrownstone
jDefault jInformation jField:
Complexity jInformation jField:
Ahead jInformation jField:
Subject jInformation jField: jTitle
jInformation jField:
Feedback jInformation
jField: jTaxonomy
jInformation jField:
Objective jHighest jAnswer
jLetter: jD
Multiple jKeywords jin jSame jParagraph: jNo
NAS jISBN13: j9781284182903, jadd jto jAhead, jTitle jtags



Chapter: jChapter j01 j- jQuiz



Multiple jChoice



1. Protein jhormones jand jenzymes jare jstored jin jthe j_ , jawaiting jsignals jto jbe
jreleased jinto jthe jcell.
A) food jvacuole
B) Golgi jcomplex
C) rough jendoplasmic
jreticulum
D) secretory
jvesicles jAns:
jD jComplexity:
jEasy
Ahead: jBasic jCell jFunction
jand jStructure jSubject:
jChapter j1 jTitle: jCellular
jFunction




2. Low jserum jalbumin jlevels j(hypoalbuminemia) jcan jcause jedema jbecause:
A) oncotic jpressure jincreases.
B) oncotic jpressure jdecreases.
C) osmotic jpressure jincreases.
D) hydrostatic jpressure
jdecreases. jAns: jB
jComplexity: jEasy
Ahead: jBasic jCell jFunction
jand jStructure jSubject:
jChapter j1 jTitle: jCellular
jFunction




3. Neurotransmitters jare jpackaged jinto jvesicles jand jthen jfuse jwith jthe jcell
jmembrane jfor jrelease. jThis jis jan jexample jof:
A) pinocytosis.
B) phagocytosis.
C) exocytosis.

,D) endocytosi
s. jAns: jC
jComplexity:
Easy
Ahead: jBasic jCell jFunction
jand jStructure jSubject:
jChapter j1 jTitle: jCellular
jFunction




4. What jis ja jpossible jreason jfor jincreased jrisk jfor jchromosomal jabnormalities jwith
jolder jmaternal jage?
A) Ova jmeiosis jis jcomplete jby jthe jtime ja jgirl jis jborn jthereby jmaking jthem jless jlikely jto
jdivide jproperly.
B) The jolder jova jare jmore jlikely jto jhave jerrors jduring jmeiosis.
C) Older jova jare jmore jlikely jto jhave jp53 jgene jmutations.
D) Ova jare jcontinuously jproduced jthereby jincreasing jthe jchance jof
jcreating jdefective jova. jAns: jB
Complexity: jModerate
Ahead: jBasic jCell jFunction
jand jStructure jSubject:
jChapter j1 jTitle: jCellular
jFunction




5. DNA jthat jis jtransmitted jfrom jparents jto joffspring jmainly jcomes jfrom jthe:
A) mitochondria.
B) nucleolus.
C) ribosomes.
D) nucleus.
Ans: jD
jComplexity:
Easy
Ahead: jBasic jCell jFunction
jand jStructure jSubject:
jChapter j1 jTitle: jCellular
jFunction




6. A jpatient jwill jbe jreceiving jstem jcells jobtained jfrom ja jdonor’s jblood j(allogenic
jtransplant) jfor jleukemia j(abnormal jwhite jblood jcells). jThese jstem jcells jare
jcategorized jas jmultipotent jbecause jthey jcan jmake:
A) multiple jtypes jof jcells jin jthe jbody.
B) only jwhite jblood jcells.
C) all jtypes jof jblood jcells.
D) differentiated jcells jthat jcan
jbecome jany jcell. jAns: jC
Complexity: jEasy
Ahead: jBasic jCell jFunction
jand jStructure jSubject:
jChapter j1 jTitle: jCellular
jFunction




7. During jwhich jphase jof jthe jcell jcycle jare jthere j“checkpoints” jwhere jdamaged jDNA jis jfixed?
A) Interphase
B) Prophase

, C) Metaphase
D) Anapha
jse jAns:
jA