Applied #fgPathophysiology #fgfor #fgthe #fgAdvanced #fgPractice #fgNurse,
#fgFirst #fgEdition
SCHOLARVAULT
,Chapter: Chapter 01 - Quiz
Multiple Choice
1. Protein hormones and enzymes are stored in the _ , awaiting signals to be released into the
cell.
A) food vacuole
B) Golgi complex
C) rough endoplasmic reticulum
D) secretory vesicles
Ans: D
Complexity: Easy
Ahead: Basic Cell Function and Structure
Subject: Chapter 1
Title: Cellular Function
2. Low serum albumin levels (hypoalbuminemia) can cause edema because:
A) oncotic pressure increases.
B) oncotic pressure decreases.
C) osmotic pressure increases.
D) hydrostatic pressure decreases.
Ans: B
Complexity: Easy
Ahead: Basic Cell Function and Structure
Subject: Chapter 1
Title: Cellular Function
3. Neurotransmitters are packaged into vesicles and then fuse with the cell membrane for release. This is
an example of:
A) pinocytosis.
B) phagocytosis.
C) exocytosis.
SCHOLARVAULT
,Applied #fgPathophysiology #fgfor #fgthe #fgAdvanced #fgPractice #fgNurse, #fgFirst
#fgEdition #fgLucie #fgDlugasch, #fgLachel #fgStory
Chapter #fg1 #fgAssessment #fgQuiz
D) endocytosis.
#fgAns: #fgC
#fgComplexity:
#fgEasy
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
4. What #fgis #fga #fgpossible #fgreason #fgfor #fgincreased #fgrisk #fgfor #fgchromosomal #fgabnormalities #fgwith #fgolder
#fgmaternal #fgage?
A) Ova #fgmeiosis #fgis #fgcomplete #fgby #fgthe #fgtime #fga #fggirl #fgis #fgborn #fgthereby #fgmaking #fgthem #fgless #fglikely #fgto #fgdivide
#fgproperly.
B) The #fgolder #fgova #fgare #fgmore #fglikely #fgto #fghave #fgerrors #fgduring #fgmeiosis.
C) Older #fgova #fgare #fgmore #fglikely #fgto #fghave #fgp53 #fggene #fgmutations.
D) Ova #fgare #fgcontinuously #fgproduced #fgthereby #fgincreasing #fgthe #fgchance #fgof #fgcreating
#fgdefective #fgova. #fgAns: #fgB
Complexity: #fgModerate
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
5. DNA #fgthat #fgis #fgtransmitted #fgfrom #fgparents #fgto #fgoffspring #fgmainly #fgcomes #fgfrom #fgthe:
A) mitochondria.
B) nucleolus.
C) ribosomes.
D) nucleus.
Ans: #fgD
#fgComplexity:
#fgEasy
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
6. A #fgpatient #fgwill #fgbe #fgreceiving #fgstem #fgcells #fgobtained #fgfrom #fga #fgdonor’s #fgblood #fg(allogenic
#fgtransplant) #fgfor #fgleukemia #fg(abnormal #fgwhite #fgblood #fgcells). #fgThese #fgstem #fgcells #fgare #fgcategorized
#fgas #fgmultipotent #fgbecause #fgthey #fgcan #fgmake:
A) multiple #fgtypes #fgof #fgcells #fgin #fgthe #fgbody.
B) only #fgwhite #fgblood #fgcells.
C) all #fgtypes #fgof #fgblood #fgcells.
D) differentiated #fgcells #fgthat #fgcan #fgbecome #fgany
#fgcell. #fgAns: #fgC
Complexity: #fgEasy
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
7. During #fgwhich #fgphase #fgof #fgthe #fgcell #fgcycle #fgare #fgthere #fg“checkpoints” #fgwhere #fgdamaged #fgDNA #fgis #fgfixed?
A) Interphase
B) Prophase
C) Metaphase
D) Anaphase
#fgAns: #fgA
SCHOLARVAULT
, Applied #fgPathophysiology #fgfor #fgthe #fgAdvanced #fgPractice #fgNurse, #fgFirst
#fgEdition #fgLucie #fgDlugasch, #fgLachel #fgStory
Chapter #fg1 #fgAssessment #fgQuiz
Complexity: #fgEasy
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
8. A #fgwoman #fghad #fga #fgbiopsy #fgof #fga #fgbreast #fgmass. #fgWhich #fgof #fgthe #fgfollowing #fgfindings #fgare #fgconsidered
#fgprecancerous?
A) Columnar #fgmetaplasia
B) Ductal #fgatrophy
C) Atypical #fghyperplasia
D) Squamous
#fghypertrophy #fgAns: #fgC
Complexity: #fgEasy
Ahead: #fgCellular #fgAdaptation #fgand #fgDamage
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
9. A gene #fgis #fgone #fgthat #fgproduces #fgan #fgeffect #fgonly #fgin #fgthe #fghomozygous #fgstate.
A) dominant
B) recessive
C) sex-linked
D) hemizygous
#fgAns: #fgB
#fgComplexity:
#fgEasy
Ahead: #fg Genetic #f g and #f g Congenital #f g D is o r d er G
s # f g RADESLAB.COM
Subject: #fgChapter #fg1
#fgTitle: #fgCellular
#fgFunction
10. Antioxidants #fgfound #fgin #fgfood #fgand #fgvitamin #fgsupplements #fgare #fgthought #fgto:
A) increase #fgoxygenation.
B) improve #fgabsorption #fgof #fgbeneficial #fgminerals.
C) increase #fgelimination #fgof #fgtoxic #fgchemicals.
D) counteract #fgoxidative
#fgstress. #fgAns: #fgD
Complexity: #fgEasy
Ahead: #fgCellular #fgAdaptation #fgand #fgDamage
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
11. Single #fgnucleotide #fgpolymorphisms #fgare #fgbest #fgdescribed #fgas:
A) disease-causing #fggenetic #fgmutations.
B) variations #fgon #fga #fgsingle #fgDNA #fgbase #fgpair.
C) a #fgnumber #fgof #fgcopies #fgon #fga #fgparticular #fggene #fgthat #fgvaries.
D) base #fgpairs #fgthat #fgalter #fggene
#fgexpression. #fgAns: #fgB
Complexity: #fgEasy
#fgAhead:
#fgNeoplasms
#fgSubject:
#fgChapter #fg1
SCHOLARVAULT
#fgFirst #fgEdition
SCHOLARVAULT
,Chapter: Chapter 01 - Quiz
Multiple Choice
1. Protein hormones and enzymes are stored in the _ , awaiting signals to be released into the
cell.
A) food vacuole
B) Golgi complex
C) rough endoplasmic reticulum
D) secretory vesicles
Ans: D
Complexity: Easy
Ahead: Basic Cell Function and Structure
Subject: Chapter 1
Title: Cellular Function
2. Low serum albumin levels (hypoalbuminemia) can cause edema because:
A) oncotic pressure increases.
B) oncotic pressure decreases.
C) osmotic pressure increases.
D) hydrostatic pressure decreases.
Ans: B
Complexity: Easy
Ahead: Basic Cell Function and Structure
Subject: Chapter 1
Title: Cellular Function
3. Neurotransmitters are packaged into vesicles and then fuse with the cell membrane for release. This is
an example of:
A) pinocytosis.
B) phagocytosis.
C) exocytosis.
SCHOLARVAULT
,Applied #fgPathophysiology #fgfor #fgthe #fgAdvanced #fgPractice #fgNurse, #fgFirst
#fgEdition #fgLucie #fgDlugasch, #fgLachel #fgStory
Chapter #fg1 #fgAssessment #fgQuiz
D) endocytosis.
#fgAns: #fgC
#fgComplexity:
#fgEasy
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
4. What #fgis #fga #fgpossible #fgreason #fgfor #fgincreased #fgrisk #fgfor #fgchromosomal #fgabnormalities #fgwith #fgolder
#fgmaternal #fgage?
A) Ova #fgmeiosis #fgis #fgcomplete #fgby #fgthe #fgtime #fga #fggirl #fgis #fgborn #fgthereby #fgmaking #fgthem #fgless #fglikely #fgto #fgdivide
#fgproperly.
B) The #fgolder #fgova #fgare #fgmore #fglikely #fgto #fghave #fgerrors #fgduring #fgmeiosis.
C) Older #fgova #fgare #fgmore #fglikely #fgto #fghave #fgp53 #fggene #fgmutations.
D) Ova #fgare #fgcontinuously #fgproduced #fgthereby #fgincreasing #fgthe #fgchance #fgof #fgcreating
#fgdefective #fgova. #fgAns: #fgB
Complexity: #fgModerate
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
5. DNA #fgthat #fgis #fgtransmitted #fgfrom #fgparents #fgto #fgoffspring #fgmainly #fgcomes #fgfrom #fgthe:
A) mitochondria.
B) nucleolus.
C) ribosomes.
D) nucleus.
Ans: #fgD
#fgComplexity:
#fgEasy
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
6. A #fgpatient #fgwill #fgbe #fgreceiving #fgstem #fgcells #fgobtained #fgfrom #fga #fgdonor’s #fgblood #fg(allogenic
#fgtransplant) #fgfor #fgleukemia #fg(abnormal #fgwhite #fgblood #fgcells). #fgThese #fgstem #fgcells #fgare #fgcategorized
#fgas #fgmultipotent #fgbecause #fgthey #fgcan #fgmake:
A) multiple #fgtypes #fgof #fgcells #fgin #fgthe #fgbody.
B) only #fgwhite #fgblood #fgcells.
C) all #fgtypes #fgof #fgblood #fgcells.
D) differentiated #fgcells #fgthat #fgcan #fgbecome #fgany
#fgcell. #fgAns: #fgC
Complexity: #fgEasy
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
7. During #fgwhich #fgphase #fgof #fgthe #fgcell #fgcycle #fgare #fgthere #fg“checkpoints” #fgwhere #fgdamaged #fgDNA #fgis #fgfixed?
A) Interphase
B) Prophase
C) Metaphase
D) Anaphase
#fgAns: #fgA
SCHOLARVAULT
, Applied #fgPathophysiology #fgfor #fgthe #fgAdvanced #fgPractice #fgNurse, #fgFirst
#fgEdition #fgLucie #fgDlugasch, #fgLachel #fgStory
Chapter #fg1 #fgAssessment #fgQuiz
Complexity: #fgEasy
Ahead: #fgBasic #fgCell #fgFunction #fgand #fgStructure
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
8. A #fgwoman #fghad #fga #fgbiopsy #fgof #fga #fgbreast #fgmass. #fgWhich #fgof #fgthe #fgfollowing #fgfindings #fgare #fgconsidered
#fgprecancerous?
A) Columnar #fgmetaplasia
B) Ductal #fgatrophy
C) Atypical #fghyperplasia
D) Squamous
#fghypertrophy #fgAns: #fgC
Complexity: #fgEasy
Ahead: #fgCellular #fgAdaptation #fgand #fgDamage
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
9. A gene #fgis #fgone #fgthat #fgproduces #fgan #fgeffect #fgonly #fgin #fgthe #fghomozygous #fgstate.
A) dominant
B) recessive
C) sex-linked
D) hemizygous
#fgAns: #fgB
#fgComplexity:
#fgEasy
Ahead: #fg Genetic #f g and #f g Congenital #f g D is o r d er G
s # f g RADESLAB.COM
Subject: #fgChapter #fg1
#fgTitle: #fgCellular
#fgFunction
10. Antioxidants #fgfound #fgin #fgfood #fgand #fgvitamin #fgsupplements #fgare #fgthought #fgto:
A) increase #fgoxygenation.
B) improve #fgabsorption #fgof #fgbeneficial #fgminerals.
C) increase #fgelimination #fgof #fgtoxic #fgchemicals.
D) counteract #fgoxidative
#fgstress. #fgAns: #fgD
Complexity: #fgEasy
Ahead: #fgCellular #fgAdaptation #fgand #fgDamage
#fgSubject: #fgChapter #fg1
Title: #fgCellular #fgFunction
11. Single #fgnucleotide #fgpolymorphisms #fgare #fgbest #fgdescribed #fgas:
A) disease-causing #fggenetic #fgmutations.
B) variations #fgon #fga #fgsingle #fgDNA #fgbase #fgpair.
C) a #fgnumber #fgof #fgcopies #fgon #fga #fgparticular #fggene #fgthat #fgvaries.
D) base #fgpairs #fgthat #fgalter #fggene
#fgexpression. #fgAns: #fgB
Complexity: #fgEasy
#fgAhead:
#fgNeoplasms
#fgSubject:
#fgChapter #fg1
SCHOLARVAULT
