FULL TEST | |
TEST BANK FOR APPLIED PATHOPHYSIOLOGY FOR THE ADVANCED
| | | | | | |
PRACTICE NURSE 2ND EDITION BY LUCIE DLUGASCH; LACHEL STORY
| | | | | | | | |
, Tableofcontent | |
Chapter 1 Cellular Function
| | |
Chapter 2 Immunity
| | |
Chapter 3 Hematopoietic Function
| | |
Chapter 4 Cardiovascular Function
| | | |
Chapter 5 Pulmonary Function
| | | |
Chapter 6 Fluid, Electrolyte, and Acid-Base Homeostasis Chapter 7
| | | | | | | |
Urinary Function
| |
Chapter 8 Reproductive Function
| | |
Chapter9 Gastrointestinal Function
| | | |
Chapter 10 Endocrine Function Chapter
| | | | |
11 Neural Function
| | |
Chapter 12 Musculoskeletal Function
| | |
Chapter 13 Integumentary Function
| | | |
Chapter 14 Sensory Function
| | | |
,Test |Bank: |Applied |Pathophysiology |for |the |Advanced |Practice |Nurse |2nd |Edition
|Dlugasch |Story
Chapter |1 |Cellular |Function
1. The |nucleus , |which |is |essential |for |function |and |survival |of |the
|cell.
A) is |the |site |of |protein |synthesis
B) contains |the |genetic |code
C) transforms |cellular |energy
D) initiates |aerobic |metabolism
2. Although |energy |is |not |made |in |mitochondria, |they |are |known |as |the |power
|plants |of |the |cell |because |they:
A) contain |RNA |for | protein |synthesis.
B) utilize |glycolysis |for |oxidative | energy.
C) extract |energy |from | organic | compounds.
D) store |calcium | bonds |for |muscle | contractions.
3. Although |the |basic |structure |of |the |cell |plasma |membrane |is |formed |by |a
|lipid |bilayer, |most |of |the |specific |membrane |functions |are |carried |out |by:
A) bound |and |transmembrane | proteins.
B) complex, |long |carbohydrate | chains.
C) surface |antigens |and |hormone | receptors.
D) a |gating |system |of |selective |ion |channels.
4. To |effectively |relay |signals, |cell-to-cell |communication |utilizes |chemical
|messenger |systems |that:
A) displace |surface |receptor |proteins.
, B) accumulate |within |cell |gap |junctions.
C) bind |to |contractile | microfilaments.
D) release |secretions |into |extracellular |fluid.
5. Aerobic |metabolism, |also |known |as |oxidative |metabolism, |provides |energy
|by:
A) removing |the | phosphate |bonds |from | ATP.
B) combining |hydrogen |and |oxygen |to | form | water.
C) activating |pyruvate | stored |in |the |cytoplasm.
D) breaking |down |glucose | to |form |lactic |acid.
6. Exocytosis, |the |reverse |of |endocytosis, |is |important |in into|the
|extracellular |fluid.
A) Engulfing |and |ingesting |fluid |and |proteins |for |transport
B) Killing, |degrading, | and |dissolving | harmful | microorganisms
C) Removing |cellular |debris |and |releasing |synthesized |substances
D) Destruction |of |particles |by |lysosomal |enzymes |for |secretion
7. The |process |responsible |for |generating |and |conducting |membrane |potentials
|is:
A) diffusion |of |current-carrying |ions.
B) millivoltage | of |electrical |potential.
C) polarization |of |charged |particles.
D) ion |channel | neurotransmission.
8. Epithelial |tissues |are |classified |according |to |the |shape |of |the |cells |and |the
|number |of |layers. |Which |of |the |following |is |a |correctly |matched |description
|and |type |of |epithelial |tissue?
A) Simple |epithelium: |cells |in |contact |with |intercellular |matrix; |some |do |not
|extend |to |surface
TEST BANK FOR APPLIED PATHOPHYSIOLOGY FOR THE ADVANCED
| | | | | | |
PRACTICE NURSE 2ND EDITION BY LUCIE DLUGASCH; LACHEL STORY
| | | | | | | | |
, Tableofcontent | |
Chapter 1 Cellular Function
| | |
Chapter 2 Immunity
| | |
Chapter 3 Hematopoietic Function
| | |
Chapter 4 Cardiovascular Function
| | | |
Chapter 5 Pulmonary Function
| | | |
Chapter 6 Fluid, Electrolyte, and Acid-Base Homeostasis Chapter 7
| | | | | | | |
Urinary Function
| |
Chapter 8 Reproductive Function
| | |
Chapter9 Gastrointestinal Function
| | | |
Chapter 10 Endocrine Function Chapter
| | | | |
11 Neural Function
| | |
Chapter 12 Musculoskeletal Function
| | |
Chapter 13 Integumentary Function
| | | |
Chapter 14 Sensory Function
| | | |
,Test |Bank: |Applied |Pathophysiology |for |the |Advanced |Practice |Nurse |2nd |Edition
|Dlugasch |Story
Chapter |1 |Cellular |Function
1. The |nucleus , |which |is |essential |for |function |and |survival |of |the
|cell.
A) is |the |site |of |protein |synthesis
B) contains |the |genetic |code
C) transforms |cellular |energy
D) initiates |aerobic |metabolism
2. Although |energy |is |not |made |in |mitochondria, |they |are |known |as |the |power
|plants |of |the |cell |because |they:
A) contain |RNA |for | protein |synthesis.
B) utilize |glycolysis |for |oxidative | energy.
C) extract |energy |from | organic | compounds.
D) store |calcium | bonds |for |muscle | contractions.
3. Although |the |basic |structure |of |the |cell |plasma |membrane |is |formed |by |a
|lipid |bilayer, |most |of |the |specific |membrane |functions |are |carried |out |by:
A) bound |and |transmembrane | proteins.
B) complex, |long |carbohydrate | chains.
C) surface |antigens |and |hormone | receptors.
D) a |gating |system |of |selective |ion |channels.
4. To |effectively |relay |signals, |cell-to-cell |communication |utilizes |chemical
|messenger |systems |that:
A) displace |surface |receptor |proteins.
, B) accumulate |within |cell |gap |junctions.
C) bind |to |contractile | microfilaments.
D) release |secretions |into |extracellular |fluid.
5. Aerobic |metabolism, |also |known |as |oxidative |metabolism, |provides |energy
|by:
A) removing |the | phosphate |bonds |from | ATP.
B) combining |hydrogen |and |oxygen |to | form | water.
C) activating |pyruvate | stored |in |the |cytoplasm.
D) breaking |down |glucose | to |form |lactic |acid.
6. Exocytosis, |the |reverse |of |endocytosis, |is |important |in into|the
|extracellular |fluid.
A) Engulfing |and |ingesting |fluid |and |proteins |for |transport
B) Killing, |degrading, | and |dissolving | harmful | microorganisms
C) Removing |cellular |debris |and |releasing |synthesized |substances
D) Destruction |of |particles |by |lysosomal |enzymes |for |secretion
7. The |process |responsible |for |generating |and |conducting |membrane |potentials
|is:
A) diffusion |of |current-carrying |ions.
B) millivoltage | of |electrical |potential.
C) polarization |of |charged |particles.
D) ion |channel | neurotransmission.
8. Epithelial |tissues |are |classified |according |to |the |shape |of |the |cells |and |the
|number |of |layers. |Which |of |the |following |is |a |correctly |matched |description
|and |type |of |epithelial |tissue?
A) Simple |epithelium: |cells |in |contact |with |intercellular |matrix; |some |do |not
|extend |to |surface
