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Various aspects of neuron function, including the role of different parts of a neuron in conducting impulses and the function of neurotransmitters. It also discusses the autonomic nervous system, its divisions, and its role in controlling involuntary muscle movements and internal organ activities.
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A.is quick B.requires adrenaline C.is normally controlled consciously D.has no protective value
A.neuron cell body B.dendrite terminals C.axon terminals D.myelin sheath
A.dendrite B.axon C.peripheral process
A.the outward movement of potassium ions (K+) B.the generation of a second impulse C.growing a myelin sheath D.making ATP E.generating an impulse in the opposite direction
A.motor neurons B.interneurons C.sensory neurons
A.It controls heartbeat, peristalsis, and gland secretion. B.It is composed of sympathetic and parasympathetic systems. C.It is composed only of fibers that have an inhibitory function on various organs of the body. D.Impulses require two motor neurons to reach their destination.
A.lymphatic B.cardiovascular C.urinary D.muscular
A.serotonin B.caffeine C.acetylcholine D.endorphin
A.the refractory period B.hyperpolarization C.threshold
A.by simple diffusion B.by osmosis C.by an expenditure of energy D.when the cell is stimulated E.only during the refractory period
A.a motor area B.a sensory area C.both a motor and sensory area D.a region of integration
A. B. C. D.
A.Cannabis sativa B.Cannabis delirium C. Cannabis psychosi D. Erythoxylon coca
A.is an automatic, involuntary response B.does not require the central nervous system C.is normally controlled consciously D.has no protective value
A.paraplegia B.quadriplegia
A.nerves around the body B.brain and spinal cord
A.pH of blood declines as it becomes acidic B.Krebs cycle does not operate properly C.fat accumulates in the liver; also, liver cells die D.immune system functioning declines E.All of the choices are correct.
A.midbrain B.corpus callosum C.cerebrum D.medulla oblongata E.cerebellum
A.toward the cell body B.away from the cell body C.in both directions D.away from the synapse
A.long term potentiation B.integration C.all or none response D.a resting potential E.an action potential
A.The cerebrum is the same as the cerebral hemispheres. B.The cerebellum is the same thing as the cerebrum. C.Broca's area is responsible for motor speech. D.The premotor area organizes motor functions. E.Association areas associate information.
A.THC B.alkaloid C.dopamine D.serotonin E.methyl
A.dorsal to the central sulcus B.ventral to the central sulcus
A.cerebrospinal fluid B.membranes called meninges C.the skull D.All of the choices are correct.
A.excitatory neurotransmitter B.inhibitory neurotransmitter C.neurotransmitter breakdown enzyme D.neuromodulator
A.performed by the CNS B.motor output C.sums up all the input received D.both performed by the CNS which sums up all of the input received
A.synaptic vesicles fuse with the postsynaptic membrane after traveling along the synaptic cleft B.synaptic vesicles fuse with the presynaptic membrane after traveling along the synaptic cleft C.neurotransmitters diffuse across the synaptic cleft D.neurotransmitters are actively transported across the synaptic cleft
A.paraplegia B.quadriplegia
A.A reserve neural supply is required. B.This is an evolutionary relic. C.One increases and one inhibits actions of the organ. D.One is sensory and one is motor.
A.Conscious control of muscle movements is coordinated with sensory stimuli. B.It controls muscle movements that are primarily voluntary in nature. C.It controls involuntary muscle movements and internal organ activities. D.It controls voluntary muscle movements directed by unconscious stimuli.
A.medulla and hypothalamus B.midbrain and pons C.frontal lobe and cerebellum D.thalamus and parietal lobe
A.neurotransmitter breakdown enzyme B.neurotransmitter stimulant C.neuromodulator D.neuroregulator
A.cocaine B.alcohol C.nicotine
A.speed B.crystal methamphetamine C.ice D.All of the choices are correct.
A.sensory neuron B.interneuron C.motor neuron
A.neuron B.neuroglia C.neuroma
A.node of Ranvier B.nerve impulse C.resting potential
A.acetylcholine B.norepinephrine C.dopamine
A.whole brain B.frontal lobe only C.cerebrum D.whole central nervous system
A.CNS-brain and spinal cord B.PNS-peripheral nervous system C.CNS-autonomic system D.PNS-sympathetic system
A.intelligence and memory B.speech, taste, smell, vision, hearing, and touch C.simple reflexes and a link between brain and body D.to control muscle activity and maintain balance
A.diencephalon; thalamus, hypothalamus B.brain stem; midbrain, pons, medulla oblongata C.reticular formation; network of neurons extending the length of the brain stem D.All of the choices are correct.
A.The left side of the cerebrum controls the right side of the body. B.The right side of the cerebrum controls the left side of the body. C.The two cerebral hemispheres share information via the corpus callosum. D.All of the choices are correct.
a. motor neurons b. interneurons C sensory neurons
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a. It controls heartbeat, peristalsis, and gland secretion. b. It is composed of sympathetic and parasympathetic systems. C It is composed only of fibers that have an inhibitory function on various organs of the body. d. Impulses require two motor neurons to reach their destination.
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a. lymphatic B cardiovascular c. urinary d. muscular
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a. serotonin b. caffeine c. acetylcholine D endorphin Mader - 013 Chapter... #
a. the refractory period b. hyperpolarization C threshold Mader - 013 Chapter... #
a. by simple diffusion b. by osmosis C by an expenditure of energy d. when the cell is stimulated e. only during the refractory period
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a. white matter; cell bodies of neurons b. gray matter; tracts of axons of neurons c. white matter; tracts of dendrites of neurons D gray matter; cell bodies of neurons
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a. dendrite B axon c. peripheral process
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a. regulates activities of cardiac and smooth muscles b. has sympathetic and parasympathetic divisions c. is a part of the peripheral nervous system d. regulates activities of cardiac and smooth muscles and is a part of the peripheral nervous system E regulates activities of cardiac and smooth muscles, has sympathetic and parasympathetic divisions, and is a part of the peripheral nervous system
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A Alzheimer's b. Parkinson's
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A is an automatic, involuntary response b. does not require the central nervous system c. is normally controlled consciously d. has no protective value
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a. paraplegia B quadriplegia Mader - 013 Chapter... #
a. nerves around the body B brain and spinal cord
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a. pH of blood declines as it becomes acidic b. Krebs cycle does not operate properly c. fat accumulates in the liver; also, liver cells die d. immune system functioning declines E All of the choices are correct.
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A midbrain b. corpus callosum c. cerebrum d. medulla oblongata e. cerebellum
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a. toward the cell body B away from the cell body c. in both directions d. away from the synapse
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a. long term potentiation B integration c. all or none response d. a resting potential e. an action potential
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a. The cerebrum is the same as the cerebral hemispheres. B The cerebellum is the same thing as the cerebrum. c. Broca's area is responsible for motor speech. d. The premotor area organizes motor functions. e. Association areas associate information.
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a. cocaine B alcohol c. nicotine
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a. THC b. alkaloid c. dopamine d. serotonin E methyl Mader - 013 Chapter... #
a. dorsal to the central sulcus B ventral to the central sulcus
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a. cerebrospinal fluid b. membranes called meninges c. the skull D All of the choices are correct.
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a. excitatory neurotransmitter B inhibitory neurotransmitter c. neurotransmitter breakdown enzyme d. neuromodulator
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a. performed by the CNS b. motor output c. sums up all the input received D both performed by the CNS which sums up all of the input received
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a. synaptic vesicles fuse with the postsynaptic membrane after traveling along the synaptic cleft b. synaptic vesicles fuse with the presynaptic membrane after traveling along the synaptic cleft C neurotransmitters diffuse across the synaptic cleft d. neurotransmitters are actively transported across the synaptic cleft
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A paraplegia b. quadriplegia
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a. A reserve neural supply is required. b. This is an evolutionary relic. C One increases and one inhibits actions of the organ. d. One is sensory and one is motor.
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a. Conscious control of muscle movements is coordinated with sensory stimuli. b. It controls muscle movements that are primarily voluntary in nature. C It controls involuntary muscle movements and internal organ activities. d. It controls voluntary muscle movements directed by unconscious stimuli.
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a. medulla and hypothalamus b. midbrain and pons C frontal lobe and cerebellum d. thalamus and parietal lobe
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