Test Bank For Neuroscience 7th Edition by Purves ||ISBN NO-13, 978-0197616246||All Chapters 1-34 Fully Covered ||Complete Guide A+||NEWEST VERSION.

TEST BANK FOR Neuroscience 7th
@ag @ag @ag @ag




@ag @ag Edition by George J. Augustine
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FULL TEST BANK!!!@ag @ag

, Test Bank
to accompany
Neuroscience, Seventh Edition
Purves • Augustine • Fitzpatrick • Hall • LaMantia • Mooney • Platt • White

Chapter 1: Studying the Nervous System

Multiple Choice

1. Which part of DNA is transcribed into messenger RNA?
a. Exon
b. Intron
c. Promoter
d. Non-coding DNA
e. Regulatory DNA
Answer: a
Textbook Reference: Genetics and Genomics
Bloom’s Level: 2. Understanding

2. Genomics is the analysis of
a. coding DNA sequences for a species.
b. regulatory DNA sequences for an individual organism and a species.
c. coding and regulatory DNA sequences for a species.
d. coding and regulatory DNA sequences for an individual organism.
e. coding and regulatory DNA of an individual organism or a species.
Answer: e
Textbook Reference: Genetics and Genomics
Bloom’s Level: 1. Remembering

3. Which of Camillo Golgi’s contributions enabled Santiago Ramón y Cajal to make
observations that suggested that nerve cells are discrete entities?
a. Articulation of the neuron doctrine
b. Identifying the organelle later called the Golgi apparatus
c. Development of a staining method based on impregnation with silver salts
d. Improving the understanding of the pathophysiology of malaria
e. Articulation of the reticular theory of nerve cell communication
Answer: c
Textbook Reference: Cellular Components of the Nervous System
Bloom’s Level: 2. Understanding

4. The major proponent(s) of the neuron doctrine was(were)
a. Camillo Golgi.
b. Santiago Ramón y Cajal.
c. Charles Sherrington.
d. Santiago Ramón y Cajal and Charles Sherrington.

,e. Camillo @agGolgi @agand @agSantiago @agRamón
@agy @agCajal. @agAnswer: @agd

Textbook @agReference: @agCellular @agComponents @agof @agthe @agNervous @agSystem
Bloom’s @agLevel: @ag1. @agRemembering

5. Which @agfunction @agis @aga @agcharacteristic @agprimarily @agof @agneurons @agonly, @agand @agnot @agglia?
a. Transmits @agaction @agpotentials
b. Supports @agelectrical @ag signals
c. Repairs @agthe @agnervous @agsystem
d. Prevents @agregeneration @agof @agthe @agnervous @agsystem
e. Produces
@agmyelin

@agAnswer: @aga

Textbook @agReference: @agCellular @agComponents @agof @agthe @agNervous @agSystem
Bloom’s @agLevel: @ag1. @agRemembering

6. In @agwhich @agpart @agof @aga @agneuron @agwould @agmost @agof @agthe @agendoplasmic @agreticulum @agbe
@agconcentrated?

a. Postsynaptic @ag terminal
b. Presynaptic @agterminal
c. Axon
d. Cell @agbody
e. Dendrit
@ageAnswe

r:
d
Textbook @agReference: @agCellular @agComponents @agof @agthe @agNervous @agSystem
Bloom’s @agLevel: @ag1. @agRemembering

7. Which @agintracellular @agcomponent @agfacilitates @agthe @agprocesses @agof @agendocytosis @agand
@agexocytosis @agunderlying @agsynaptic @agcommunication?

a. Mitochondria
b. Endoplasmic @agreticulum
c. Cytoskeleton
d. Golgi @agapparatus
e. Nucleus
@agAnswer:

@agc

Textbook @agReference: @agCellular @agComponents @agof @agthe @agNervous @agSystem
Bloom’s @agLevel: @ag2. @agUnderstanding

8. Most @agneurons @aghave
a. one @agaxon @aghillock @ag(initial @agsegment).
b. multiple @agaxon @aghillocks @ag(initial @agsegments).
c. one @agdendrite.
d. one @agaxon @aghillock @ag(initial @agsegment) @agand @agone @agdendrite.
e. multiple @agaxon @aghillocks @ag(initial @agsegments) @agand @agone
@agdendrite. @agAnswer: @aga

Textbook @agReference: @agNeurons
Bloom’s @agLevel: @ag1. @agRemembering

, 9. Which @agstatement @agbest @agdescribes @agthe @agfunction @agof @aga @agneuron @agwith
@agmultiple, @aghighly @agbranched @agdendrites @agand @agone @agaxon?

a. It @agpasses @aginformation @agdirectly @agto @agmultiple @agneurons.
b. It @agcannot @agintegrate @aginformation @agfrom @agmultiple @agneurons.
c. It @agreceives @aginformation @agfrom @agonly @agone@agother @agneuron.
d. It @agintegrates @aginformation @agfrom @agmany @agneurons.
e. The @aginformation @agit @agreceives @agwill @agnot @agbe
@agrelayed. @agAnswer: @agd

Textbook @agReference: @agNeurons
Bloom’s @agLevel: @ag3. @agApplying

10. Which @agstatement @agbest @agdescribes @agmost @agneurons?
a. They @agreceive @aginformation @agvia @agaxons.
b. They @agtransmit @aginformation @agto @agother @agcells @agvia @agdendrites.
c. They @agare @agpolarized.
d. They @agconduct @agsignals @agbidirectionally.
e. They @agtransmit @agelectrical @agsignals @agvia @agcytoplasmic
@agcontinuity. @agAnswer: @agc

Textbook @agReference: @agNeurons
Bloom’s @agLevel: @ag3. @agApplying

11. Compared @agwith @agprojection @agneurons, @agaxons @agof @aglocal @agcircuit @agneurons @ag(interneurons)
a. are @aglonger.
b. are @agshorter.
c. have @agmore @agsynapses.
d. have @agmore @agbranches.
e. reach @agmore @agpostsynaptic
@agneurons. @agAnswer: @agb

Textbook @agReference: @agNeurons
Bloom’s @agLevel: @ag2. @agUnderstanding

12. An @agaction @agpotential @agis @aga(n) change @agin @agthe @agelectrical @agpotential @agacross
@agthe @agnerve @agcell @agmembrane.

a. single
b. all-or-nothing
c. permanent
d. random
e. unidirectional
@agAnswer: @agb

Textbook @agReference: @agNeurons
Bloom’s @agLevel: @ag1. @agRemembering

13. The @agpart @agof @aga @agsynapse @agto @agwhich @agthe @agcontents @agof @agsynaptic @agvesicles @agbind @agis @agcalled
@agthe

a. presynaptic @agterminal.
b. synaptic @agending.
c. axon @agterminal.