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. |