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LECTURE EXAM (past quiz Qs)

front 1

The portions of a neuron that extend off of the roughly spherical cell body are usually collectively called

back 1

projections

front 2

Neurotransmitter is stored and released from

back 2

axon terminals and axon varicosities.

front 3

The afferent and efferent axons together form

back 3

peripheral nervous system

front 4

Exocrine glands, smooth muscles, and cardiac muscles are controlled by the

back 4

autonomic nervous system

front 5

Autonomic motor neurons are subdivided into the

back 5

sympathetic and parasympathetic divisions

front 6

The enteric nervous system is a network of neurons that function in controlling

back 6

digestion

front 7

nervous system is composed of which two types of cells

back 7

neurons and glial

front 8

The multiple thin, branched structures on a neuron whose main functions is to receive incoming signals are

back 8

dendrites

front 9

The axon is connected to the cell body by the

back 9

axon hillock

front 10

The term axonal transport refers to

back 10

transport of proteins and organelles down the axon

front 11

these glial cells act as scavengers

back 11

microglial

front 12

Which ion is higher in concentration inside the cell compared to outside?

back 12

potassium

front 13

What ion is responsible for rising phase of action potential?

back 13

sodium

front 14

The rising phase of the action potential is due to

back 14

Na+ flow into the cell

front 15

The falling phase of the action potential is due primarily

back 15

K+ out of the cell

front 16

The point during an action potential when the inside of the cell has become more positive than the outside is called

back 16

overshoot

front 17

The absolute refractory period of an action potential

back 17

ensures one way travel down an axon allows a neuron to ignore a second signal sent that closely followed first, and prevents summation of action potential.

front 18

The all-or-none principle states that

back 18

all stimuli great enough to bring the membrane to threshold will produce action potentials of identical magnitude.

front 19

In the membrane of a resting nerve cell, when chemically gated Cl¬- channels open the cell becomes

back 19

depolarized

front 20

Action potentials are primarily associated with the membranes of

back 20

axons only

front 21

Graded potentials may

back 21

initiate an action potential, depolarize the membrane to the threshold voltage, hyperpolarize the membrane, be called EPSPs or IPSPs.

front 22

Some neurotoxins work essentially the same way as some local anesthetics, which is to

back 22

bind to Na+ channels and inactivate them and prevent depolarization by blocking Na+ entry into the cell.

front 23

A chemical synapse ALWAYS includes

back 23

presynaptic cell, synaptic cleft, and postsynaptic cell.

front 24

Which type of synapse is most prevalent in the nervous system

back 24

electrical

front 25

Which is the most common inhibitory neurotransmitter of the CNS?

back 25

GABA and glycine

front 26

The inhibitory neurotransmitters of the CNS, GABA and glycine, act by opening

back 26

only Cl- channels.

front 27

Excitatory neurotransmitters of the CNS usually act by opening

back 27

Na+ channels

front 28

Once the action potential reaches the axon terminal, what happens next?

back 28

release of the neurotransmitter into the synaptic cleft

front 29

Calcium is important in the synapse because it

back 29

signals exoctytosis

front 30

Spatial summation refers to

back 30

multiple graded potentials arriving at one location simultaneously.

front 31

A damaged neuron has a better chance of survival and repair if the _______ is not damaged

back 31

cell body

front 32

graded or action potential
May be hyperpolarizing

back 32

graded

front 33

graded or action potential
originates at the trigger zone

back 33

action

front 34

graded or action potential
originates on dendrites and cell bodies

back 34

graded

front 35

graded or action potential
can involve ion channels regulated by chemicals

back 35

graded

front 36

graded or action potential
requires a minimum stimulus to occur

back 36

action

front 37

graded or action potential
size increases if stimulus strength increases

back 37

graded

front 38

graded or action potential
result from influx of sodium

back 38

both

front 39

The two types of electrical signals in neurons are

back 39

graded and action

front 40

T/F
The minimum amount of stimulus required to depolarize an excitable membrane and generate an action potential is known as the threshold

back 40

true

front 41

the two factors that influence the membrane potential.

back 41

The concentration gradients of ions across the membrane. The membrane permeability to those ions.

front 42

internal clock of mammals appears to be located in the

back 42

pituitary gland

front 43

Substances that have been isolated form the blood and have been shown to induce sleep linked to the

back 43

immune system

front 44

Which brain area is considered to be a key integrating center for homeostasis

back 44

hypothalamus

front 45

hormone that is released to enhance the fight-or-flight reaction

back 45

epinephrine

front 46

brain area acknowledged as the center for emotions

back 46

amyglada

front 47

important structure in both learning and memory is the

back 47

hippocampus

front 48

inability to remember newly acquired information is called

back 48

anterograde amnesia.

front 49

point during action potential when the inside if the cell becomes more positive than outside:

back 49

overshoot

front 50

Action potentials are associated with membranes of:

back 50

axons only

front 51

Portions of a neuron that extend off rough cell body are called

back 51

processes

front 52

Nervous system is composed of 2 types

back 52

neurons and glial

front 53

which part of the neuoron receive incoming signal

back 53

dendrites