ADVANCED NEUROSCIENCE PRACTICE QUESTIONS WITH
DETAILED VERIFIED AND 100% ACCURATE ANSWERS
What is the order of stages of an action potential?
A. Threshold, depolarization, repolarization, hyperpolarization, resting
membrane potential, refractory period
B. Resting membrane potential, threshold, depolarization,
repolarization, hyperpolarization, refractory period
C. Threshold, resting membrane potential, depolarization,
repolarization, hyperpolarization, refractory period
D. Hyperpolarization, repolarization, depolarization, resting membrane
potential, threshold, refractory period Correct Answers B. Resting
membrane potential, threshold, depolarization, repolarization,
hyperpolarization, refractory period
This describes the phenomenon of action potentials jumping from node
to node:
A. Myelination
B. Saltatory conduction
C. Depolarization
D. Synaptic transmission Correct Answers B. Saltatory conduction
This type of imaging provides strong spatial resolution but poor
temporal resolution:
, A. EEG
B. Optogenetics
C. Diffusion tensor imaging
D. fMRI Correct Answers D. fMRI
This study design is used to localize function to one part of the brain.
A. Single dissociation study
B. Case study
C. CLARITY method
D. Double dissociation study Correct Answers D. Double dissociation
study
Center-surround receptive fields work by:
A. Touch in the surround exciting, touch in the center inhibiting, and
touch outside the receptive field sensitizing
B. Touch in the center exciting, touch in surround inhibiting, and touch
outside receptive field having no effect
C. Touch in the center adapting, touch in the surround exciting, and
touch outside receptive field having no effect
D. Touch in the center sensitizes while touch in the surround adapts
Correct Answers B. Touch in the center exciting, touch in surround
inhibiting, and touch outside receptive field having no effect
DETAILED VERIFIED AND 100% ACCURATE ANSWERS
What is the order of stages of an action potential?
A. Threshold, depolarization, repolarization, hyperpolarization, resting
membrane potential, refractory period
B. Resting membrane potential, threshold, depolarization,
repolarization, hyperpolarization, refractory period
C. Threshold, resting membrane potential, depolarization,
repolarization, hyperpolarization, refractory period
D. Hyperpolarization, repolarization, depolarization, resting membrane
potential, threshold, refractory period Correct Answers B. Resting
membrane potential, threshold, depolarization, repolarization,
hyperpolarization, refractory period
This describes the phenomenon of action potentials jumping from node
to node:
A. Myelination
B. Saltatory conduction
C. Depolarization
D. Synaptic transmission Correct Answers B. Saltatory conduction
This type of imaging provides strong spatial resolution but poor
temporal resolution:
, A. EEG
B. Optogenetics
C. Diffusion tensor imaging
D. fMRI Correct Answers D. fMRI
This study design is used to localize function to one part of the brain.
A. Single dissociation study
B. Case study
C. CLARITY method
D. Double dissociation study Correct Answers D. Double dissociation
study
Center-surround receptive fields work by:
A. Touch in the surround exciting, touch in the center inhibiting, and
touch outside the receptive field sensitizing
B. Touch in the center exciting, touch in surround inhibiting, and touch
outside receptive field having no effect
C. Touch in the center adapting, touch in the surround exciting, and
touch outside receptive field having no effect
D. Touch in the center sensitizes while touch in the surround adapts
Correct Answers B. Touch in the center exciting, touch in surround
inhibiting, and touch outside receptive field having no effect
