Quizlet - all Flashcards
- Which of the following lies between the cerebrum and the brainstem?
a) medulla oblongata
b) pons
c) midbrain
d) diencephalon
e) cerebellum
d) diencephalon
- ________ are chambers within the brain that contain cerebrospinal fluid.
a) Lobes
b) Ventricles
c) Nuclei
d) Fissures
e) Gyri
b) Ventricles
- The skeletal muscles are innervated by the ________ nervous system.
a) somatic
b) central
c) autonomic
d) sympathetic
e) parasympathetic
a) somatic
- Which of the following is/are NOT part of the sensory division?
a) somatic sensory receptors
b) special sense receptors
c) visceral sense receptors
d) skeletal muscles
d) skeletal muscles
- Myelination in the CNS is provided by
a) astrocytes.
b) ependymal cells.
c) microglia.
d) oligodendrocytes.
e) neurons.
d) oligodendrocytes.
- Which of the following forms part of the blood-brain barrier ?
a) astrocytes.
b) ependymal cells.
c) microglia.
d) oligodendrocytes.
e) neurons.
a) astrocytes.
- Efferent/motor fibers carry information from ________ to ________.
a) CNS; tissue
b) CNS; PNS
c) PNS; CNS
d) sensory; PNS
e) sensory; CNS
a) CNS; tissue
- Neuroglia that surround neural cell bodies in the peripheral nervous system are called
a) Schwann cells.
b) satellite cells.
c) astrocytes.
d) oligodendrocytes.
e) ependymal cells.
b) satellite cells
- The neurons responsible for higher functions such as learning are
a) peripheral neurons.
b) interneurons.
c) somatic neurons.
d) visceral neurons.
e) sensory neuron
b) interneurons.
- Internal and external receptors send information along
a) afferent fibers.
b) efferent fibers.
c) visceral effectors.
d) somatic effectors.
e) ganglia.
a) afferent fibers
- Cells that myelinate neurons are named ________ in the CNS and ________ in the PNS.
a) oligodendrocytes; Schwann cells
b) oligodendrocytes; satellite cells
c) satellite cells; Schwann cells
d) Schwann cells; oligodendrocytes
e) oligodendrocytes; microgl
a) oligodendrocytes; Schwann cells
- The neurotransmitter usually released at neuromuscular junctions is
a) glutamine.
b) acetylcholine.
c) serotonin.
d) epinephrine.
e) norepinephrin
b) acetylcholine.
- Which of the following is NOT considered a catecholamine?
a) serotonin
b) dopamine
c) Norepinephrine
d) Epinephrine
a) serotonin
- Botulinum toxin (botox) causes skeletal muscle paralysis because it inhibits the release of
a) Dopamine
b) Serotonin
c) Acetylcholine
d) Acetylcholine esterase
c) Acetylcholine
- Guillain-Barre syndrome affects the….
a) Somatic nervous system
b) Peripheral nervous system
c) Central nervous system
d) Cranial nerve
b) Peripheral nervous system
- The region of the brain closest to the spinal cord is the
a) midbrain.
b) cerebrum.
c) cerebellum.
d) medulla oblongata.
e) thalamus
d) medulla oblongata
- The slender canal running between the third and fourth ventricles is called the
a) ventricle.
b) cerebral aqueduct.
c) fissure.
d) foramen.
e) sulci.
b) cerebral aqueduc
- The brain region that relays and processes sensory information is called the
a) thalamus.
b) hypothalamus.
c) cerebellum.
d) medulla oblongata.
e) midbrain.
a) thalamus.
- The brain region that autonomically regulates heart rate and blood pressure is called the
a) thalamus.
b) hypothalamus.
c) cerebellum.
d) medulla oblongata.
e) midbrain.
d) medulla oblongata.
- Which of the following is NOT a function of the cerebrum?
a) conscious thought
b) memory storage
c) sensory processing
d) regulation of skeletal muscles
e) autonomic control
e) autonomic control
- The tract connecting the two cerebral hemispheres is called the
a) basal nuclei.
b) corpus callosum.
c) pons.
d) medulla.
e) cerebral aqueduct.
b) corpus callosum.
- The speech center of the cerebrum is known as the
a) auditory cortex.
b) visual cortex.
c) gustatory cortex.
d) Broca’s area.
e) visual association area.
d) Broca’s area.
- Which of the following is NOT found in the brainstem?
a) cerebral peduncles
b) superior and inferior colliculi
c) substantia nigra
d) hypothalamus
e) pons
d) hypothalamus
- The spinal nerve T1 emerges ________ vertebra T1.
a) inferior to
b) superior to
c) medial to
d) lateral to
e) within the
a) inferior to
- The spinal roots that extend past the inferior end of the spinal cord are called the
a) ascending columns.
b) descending columns.
c) rami.
d) dorsal roots.
e) cauda equina.
e) cauda equina.
- Sensory information enters the spinal cord through the
a) gray matter.
b) dorsal root.
c) ventral root.
d) median fissure.
e) central canal.
b) dorsal root.
- Bundles of axons in the central nervous system are called
a) nerves.
b) tracts.
c) fissures.
d) sulci.
e) horns.
b) tracts.
- The nerve that controls the tongue muscles is called the ________ nerve.
a) hypoglossal
b) accessory
c) trigeminal
d) trochlear
e) vagus
a) hypoglossal
- A nerve that innervates some of the salivary glands is called the ________ nerve.
a) abducens
b) accessory
c) trigeminal
d) facial
e) vagus
d) facial
- The brachial plexus innervates the
a) pelvic girdle and lower limbs.
b) pectoral girdle and upper limbs.
c) diaphragm.
d) facial muscles.
e) skull.
b) pectoral girdle and upper limbs.
- The posterior column of the spinal cord carries ________ from ________ to ________.
a) sensations; receptors; sensory cortex
b) motor innervations; cerebral cortex; effectors
c) sensations; effectors; cerebral cortex
d) motor innervations; receptors; cerebral cortex
e) sensations; receptors; motor innervations
a) sensations; receptors; sensory cortex
- The patellar reflex is activated by a
a) stretch receptor.
b) touch receptor.
c) chemoreceptor.
d) baroreceptor.
e) pressure recepto
a) stretch receptor.
- Parkinson’s disease results from damage to the
a) hypothalamus.
b) descending column.
c) substantia nigra.
d) ascending column.
e) myelinated neurons
c) substantia nigra.
- The portion of the nervous system in control of visceral activities is the
a) CNS.
b) SNS.
c) ANS.
d) PNS
c) ANS.
- The sympathetic division of the ANS utilizes spinal nerves arising from the
a) cervical region only.
b) thoracic region only.
c) cervical and thoracic regions.
d) thoracic and lumbar regions.
e) lumbar region only.
d) thoracic and lumbar regions.
- Norepinephrine is the neurotransmitter for
a) preganglionic sympathetic neurons.
b) preganglionic parasympathetic neurons.
c) postganglionic sympathetic neurons.
d) postganglionic parasympathetic neurons
c) postganglionic sympathetic neurons.
- Which of the following cranial nerves do NOT carry preganglionic parasympathetic fibres
a) CNVII.
b) CN III
c) CN V
d) CN X
c) CN V
Osteoporosis
(wolfs law) over 50yrs, bone reabsorbtion clasts/blasts vit D/calcium deficiency. hormones- pth parathyroid and calcitonin
Achondroplastic dwarfism
genetic affects cartilage cells in epiphyseal plates
pituatary dwarfism
lack of growth hormone
marfans
cartilage continues to grow in long bones, slow closure of epiphyseal plates
osteomalacia
bone demineralising adults
rickets
bone demineralising child
herniated disk
nucleus pushes through crack in vertebrae
carpal tunnel
median nerve compressed through wrist
tennis elbow
pain forearm tendons - lateral epicondile
golfers elbow
pain forearm tendons - medial epicondile
hydrocephalus
cerebrospinal fluid is obstructed causing babies head to swell
parkinsons
not enough dopamine
multiple schlerosis
cns damaged myelin
guillian barre
rapid onset muscle weakness, pns
lordosis
swayback - lumbar
kyphosis
thoracic - (dowagers hump)
scoliosis
sideways curvature of spine
spina bifida
spinal cord in babies doesnt close
- What cell am I? I reside in lacunae, I monitor stress placed on the tissue which surrounds
me, I communicate with other cells and give signals for remodelling. I am an ________
a) Osteon
b) Osteocyte
c) Osteoblast
d) Osteoclast
b) Osteocyte
- Spongy bone in adults ______________
a) is located in the epiphyses of long bones and contains red marrow
b) is located in flat bones and contains red marrow
c) is located in the diaphysis of long bones and contains yellow marrow
d) a) and b) are both correct
e) a), b) and c) are correc
d) a) and b) are both correct
- Fontanels are present in the skull of in new born babies. They are remnants of______
a) Endochondral ossification
b) Intramembranous ossification
c) Too much cerebrospinal fluid production
d) Osteoblasts
b) Intramembranous ossification