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Instructions for Side by Side Printing
  1. Print the notecards
  2. Fold each page in half along the solid vertical line
  3. Cut out the notecards by cutting along each horizontal dotted line
  4. Optional: Glue, tape or staple the ends of each notecard together
  1. Verify Front of pages is selected for Viewing and print the front of the notecards
  2. Select Back of pages for Viewing and print the back of the notecards
    NOTE: Since the back of the pages are printed in reverse order (last page is printed first), keep the pages in the same order as they were after Step 1. Also, be sure to feed the pages in the same direction as you did in Step 1.
  3. Cut out the notecards by cutting along each horizontal and vertical dotted line
To print: Ctrl+PPrint as a list

66 notecards = 17 pages (4 cards per page)

Viewing:

mmm

front 1

The structure that attaches a muscle to bone

back 1

Tendon

front 2

The study of the muscular system

back 2

Myology

front 3

Whether secretion is one of the muscular system functions

back 3

False

front 4

The term that best describes muscle fibers arranged in bundles

back 4

Fascicle

front 5

The shape that the rectus femoris is an example of

back 5

Fusiform

front 6

The tissue sheet that separates individual muscle fibers from each other

back 6

Endomysium

front 7

7. The term that refers to a muscle that prevents a bone from moving during an action

back 7

Fixator

front 8

8. The prime mover muscle for inhalation

back 8

Diaphragm

front 9

The structure that connects the frontal and occipital bellies of the occipitofrontalis (epicranius) muscle

back 9

Epicranial aponeurosis (galea aponeurotica

front 10

The deepest muscle of the abdominal wall

back 10

Transversus abdominis

front 11

The antagonist muscle to the triceps brachii

back 11

Biceps brachii

front 12

12. The longest muscle in the human body

back 12

Sartorius

front 13

Which of the teres muscles is/isn’t part of the SITS muscle group

back 13

Teres minor is part; teres major is not

front 14

Whether a selected muscle is/isn’t part of the quadriceps muscles

back 14

False

front 15

Muscles that are/isn’t part of the hamstrings

back 15

Biceps femoris, semitendinosus, semimembranosus are part; rectus femoris is not

front 16

Muscles that are/isn’t part of the muscles of mastication

back 16

Masseter, temporalis, medial pterygoid, lateral pterygoid are part; buccinator is not

front 17

Muscles that form the calf muscle

back 17

Gastrocnemius and soleus

front 18

Whether muscle extensibility refers to the muscle’s ability to stretch

back 18

True

front 19

The term describing the conscious control that skeletal muscle is under

back 19

Voluntary

front 20

Whether a skeletal muscle fiber contains a single nucleus (uninucleate)

back 20

False

front 21

Defining retrograde transport relative to neurosoma (cell body) in neurons

back 21

Movement of materials from axon terminals back to the cell body

front 22

22. The part of the neuron where action potential occurs

back 22

Axon (specifically at the axon hillock)

front 23

Alternative names identifying neurons conducting sensory stimuli & those sending commands to effectors

back 23

Sensory neurons = afferent; Motor neurons = efferent

front 24

The class of functional neurons that makes up about 90% of the neurons in the nervous system

back 24

Interneurons (association neurons)

front 25

The most common structural type of neuron

back 25

Multipolar neuron

front 26

The specific reference of the term “nerve fiber” relative to a neuron

back 26

Refers to the axon of a neuron

front 27

The location in a neuron where most metabolic & regulatory functions occur

back 27

Cell body (soma)

front 28

The glial cell found wrapped around nerve fibers in the PNS

back 28

Schwann cell

front 29

29. The primary site on a neuron for receiving signals from other neurons

back 29

Dendrites

front 30

The cells that form myelin in the spinal cord

back 30

Oligodendrocytes

front 31

31. The effect of opening sodium gates on the plasma membrane potential of a neuron

back 31

Depolarization

front 32

32. The ion that causes hyperpolarization of a plasma membrane at its RMP

back 32

Potassium (K⁺) leaving the cell or chloride (Cl⁻) entering

front 33

33. Plasma membrane status when the membrane voltage shifts from +35 mV toward 0 mV

back 33

Repolarization

front 34

34. Statement regarding stimuli during the absolute refractory period

back 34

Answer: The neuron cannot respond to another stimulus, no matter how strong

front 35

35. The property of neurons that allows them to respond to changes in the environment

back 35

Excitability (irritability)

front 36

36. The function of receptors are parts of the nervous system

back 36

Receptors detect changes (stimuli) and send sensory input to the CNS.

front 37

37. Whether the spinal cord is part of the central nervous system.

back 37

True

front 38

The alternative functional name of the afferent division of the nervous system

back 38

The sensory division.

front 39

Whether the transmission of impulses from the viscera is a function of the motor division of the nervous system

back 39

False

front 40

Whether the portion of the nervous system that conducts impulses from the skin, joints, and skeletal muscles is the somatic sensory division

back 40

True

front 41

Whether the portion of the nervous system that has voluntary control over skeletal muscles is the somatic motor division

back 41

True

front 42

The classification of a neuron conducting an impulse from the stomach wall to the CNS

back 42

Visceral sensory neuron (afferent).

front 43

The part of the neuron that contains the nucleus

back 43

The cell body (soma).

front 44

Whether anterograde transport is the movement of materials from synaptic knobs (axon end) to the cell body

back 44

False

front 45

Definition of a bipolar neuron

back 45

A neuron with one dendrite and one axon extending from the cell body.

front 46

Whether a multipolar neuron has many dendrites and one axon extending from the cell body.

back 46

True

front 47

The type of neurons that a mixed nerve contains

back 47

Both sensory and motor neurons.

front 48

The most common synapse between neurons

back 48

Chemical synapse.

front 49

The mechanism by which electrical synapses couple neurons

back 49

Gap junctions that allow ion flow directly between cells.

front 50

Whether electrical synapses are more common than chemical synapses

back 50

False

front 51

The most abundant glial cell in the CNS

back 51

Astrocytes

front 52

The glial cell that helps to circulate cerebrospinal fluid

back 52

Ependymal cells.

front 53

The glial cell that myelinates and insulates axons within the CNS

back 53

Oligodendrocytes

front 54

The glial cell that myelinates and insulates axons in the peripheral nervous system

back 54

Schwann cells (neurolemmocytes).

front 55

The glial cell that defends the body against pathogens

back 55

Microglia

front 56

The explanation/reason of glossy-white appearance of most axons

back 56

Because of the high lipid content of myelin.

front 57

The function of myelin

back 57

Increases speed of nerve impulse conduction and insulates axons.

front 58

Continuous conduction of a nerve impulse occurs only on what type of neurons

back 58

Unmyelinated axons.

front 59

The thin strand of pia mater that helps to anchor the spinal cord to the coccyx

back 59

Filum terminale.

front 60

The name of the tapered, conical inferior end of the spinal cord

back 60

Conus medullaris.

front 61

Whether the subdural space is the space present between the arachnoid mater and the dura mater.

back 61

True

front 62

The site/location from which fluid is extracted in a lumbar puncture (tap)

back 62

Subarachnoid space of the lumbar region (typically between L3–L4 or L4–L5).

front 63

Whether the innermost of the meninges is the pia mater.

back 63

True

front 64

The number of the spinal nerves’ pairs

back 64

31 pairs.

front 65

Whether the white matter of the spinal cord is surrounded by its gray matter

back 65

False

front 66

Select the statement that accurately describes sensory and motor pathways from a list of different statements.

back 66

Sensory pathways carry impulses to the CNS; motor pathways carry impulses from the CNS to effectors.