Download BIOL 218 F 2013 MTX 4 Q NS 131114

Biology 218 – Human Anatomy
MTX 4 NS
Session:
Section:
Days / Time:
Instructor:
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
General Anatomy
Match the English term with its Greek and / or Latin root, prefix or suffix
TERM
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Same side
Opposite side
Bundle
Breast
Eye
Backward / behind
Shape / Change / Form
Tongue
Vision
Weight / pressure
Greek / Latin
Derivation
Root, Prefix and / or
Suffix
Baro
Brachi
Brevis
Cerebro
Coel
Contra
Crani
Dys
Endo
Ecto
Epi
Fasicul
Glosso
Infra
Inter
Intra
Ipsi
Iso
Lemma
Mamil
Morpho
Noce
Oculus
Optos
Os
Oto
Peri
Retro
Therm
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
ABE
ACD
ACE
ADE
BCD
BCE
BDE
CDE
ABCD
ABCE
ABDE
ACDE
Page 1 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
Session:
Section:
Days / Time:
Instructor:
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
Nervous System
11. Which of the following is the most common type of neurons in the central nervous system, and is exemplified
by all the motor neurons that control skeletal muscle?
A. anaxonic neurons
B. multipolar neurons
C. pseudounipolar neurons
D. bipolar neurons
12.
Histologically, neural tissue dominated by myelinated axons is defined as _______________.
A.
white matter
B.
neuroglia
C.
neural cortex
D.
gray matter
13. The complex of statoconia (densely packed calcium carbonate crystals) and gelatinous matrix in the inner
ear is called a/an _______________.
A.
auricle
B.
endolymphatic duct
C.
ossicle
D.
endolymphatic sac
E.
otolith
14. Which of the following is considered a "special" sense?
A.
proprioception
B.
exteroception
C.
interoception
15. A synapse between neurons may involve a synaptic terminal and which of the following structures?
A.
a dendrite
B.
an axon
C.
a cell body
D.
all of the above
16. Which of the following divisions carries motor commands to muscles and glands?
A.
the efferent division of the peripheral nervous system
B.
the afferent division of the peripheral nervous system
C.
the afferent division of the central nervous system
D.
the efferent division of the central nervous system
Page 2 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
Session:
Section:
Days / Time:
Instructor:
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
17. The spinal meninges surround the dorsal and ventral roots within the intervertebral foramina.
A.
True
B. Sometimes
C. False
18. The parasympathetic division of the ANS _______________.
A.
has preganglionic fibers that release ACh, stimulating ganglionic neurons
B.
predominates under resting conditions
C.
consists of preganglionic fibers originating in either the brain stem or the sacral spinal cord
D.
all of the above
Cerebral Tracts -Match the nerve pathway / transmission to the Name of the Tract
Transmission / Function
19. Between cortex and lower level CNS
20. Between gyri of contralateral hemispheres
21. Between gyri of Ipsolateral hemispheres
Tract
A. Association / Arcuate
B. Commisural
C. Projection
D. Spinothalmic
E. Ganglionic
Match the type of receptor to its functional classification.
SENSE
22.
23.
24.
25.
26.
27.
28.
Touch
Pain
Equilibrium
Audition
Gustation
Vision
Memory
Receptor Class / Mechanism of Action
A. Chemical
B. Cognitive / Perceptive
C. Mechainical / Baro
D. Nociceptive
E. Photoceptive
AB. Proprioceptive
Page 3 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
Histology Fill in the Classification. Place a check mark for all attributes that apply for the following cell types.
ATTRIBUTE
Cell Type
Member of
CNS
A
Member of
PNS
B
Principal FXN
Support and
B/B Barrier
C
Principal FXN
Phagocytosis
D
Principal FXN
Myelination
E
29. Astrocyte
30. Ependymal
31. Microglia
32. Neuron
33. Oligodendrocyte
34. Satellite
35. Schwan
Page 4 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
List the meninges and associated structures and spaces going from superficial to deep, in the skull. See
COLUMN XI for choices
Brain
Cranium / skull
36. ___ membrane
37. ____membrane
38. ___space
39. ___membrane
Cerebral cortex
Classify the types of matter based on their anatomical relationship. Mark A for White and B for Gray
Location
Cerebrum
Spinal Cord
MEDULLA
CORTEX
Cerebellum
40. ____
41. ___
Fill in the Table of Nerve Plexuses, Cranial, Spinal and ANS / Visceral Sections. Some of the information is
missing. The plexuses / groups are listed in alphabetical order.
Use the Choices of innervations listed in COLUMN XX
Plexus Name
42. __
Principal Region of Innervations
Pectoral Girdle and Arm
Cardiac
43. ___
Cervical
44.
Abdomen Buttocks, Genitals, Leg
45. __
Mesenteric
Renal
Intestines
46. _____
Page 5 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
Session:
Section:
Days / Time:
Instructor:
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
Neuron Type and Function Fill In the following Table of Classification
Classification of the Major Divisions and Responsibilities of the Nervous System See COLUMN XII for choices
Cells
47. ___
Ependymal
49. ___
Oligodendrocyte
51. ___
Schwan
Responsibility
Structure and Blood Brain Barrier Protection Nutrient Neurotransmitter regulation
48. ___
Phagocytosis
50. ___
Structure and Blood Brain Barrier Protection Nutrient Neurotransmitter regulation in
ganglia
52. _____
See Illustration below and Choices to the Right
53. Illustration of “patient” L or R_______________
54. Name this complex of nerves as illustrated
55. Name these structures ?
Illustration of Nerve Architecture
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
CHOICES
Brachial Plexus
Celiac Plexus
Cervical Plexus
Cervical Vertebrae
Cords
Cranial Nerves
Divisions
Left
Lumbar Plexus
Nerves
Peripheral Nerves
Rami Communicantes
Right
Roots
Thoracic Nerves
Trucnks
Vertebrae
Page 6 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
Session:
Section:
Days / Time:
Instructor:
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
Schematic Diagram of Nervous System Functional Organization
Fill in the missing labels. Use Column XXII for choices
56. Name this division #
57. Name this receptor $
58. Name this division %
59. Name this division ?
Page 7 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
CNS Structure and Function. Fill in the following table. Note DIFFERENT COLUMNS for choices.
Major Anatomical Structure /
Region
ANSWER from Column XI
Minor / Sub Structure
Region
Column XI
Cerebrum
Function
ANSWER
from Column XIV
60. ____Contains Gray and Whit Matter of the Brain, Cortex, Tracts and Ganglia
Cerebral Cortex
Synthesizes thought and memory and desire, conscience and consciousness
Performs higher level analytical functions, voluntary movement, sensory
interpretation, association and integration
61. _____
Cerebral Tracts
Association, Commissural and Projection nerve pathways
Diencephalon
Contains all Thalamic structures
Epithalamus
62. ____
Subthalamus
63. ____
Secretes melatonin that controls our daily rhythms and is responsible for sleep
cycle
Contains Pineal Gland
Processes, integrates and may determine both Emotion and Memory
Receive(s) all sensory input except smell
Relays all sensory input from brain stem to cerebral cortex
Superior extensions of the Substantia nigra and Red nucleus
Maintain homeostasis and is responsible for regulating hunger, sleep, thirst, body
temperature and water balance
Controls pituitary gland with hormones and neurotransmitters
Page 8 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
CNS Structure and Function continued
Major Anatomical Structure /
Minor / Sub
Region
Structure Region
ANSWER from Column XI
Column XI
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
Function
ANSWER
from Column X
64. ____
Coordinates body movements, posture, fine motor control and proprioception
Regulates posture, balance and interprets intended movement with actual movement
65. ____
Contains the midbrain, pons, medulla oblongata and RAS
Midbrain /
Mesencephalon
66. ___
67. _____
AV data processing, alertness lower consciousness
Regulates alertness, RAS association
Relay station between the cerebrum and spinal cord and / or cerebellum; reflex center
Transmits Sensory information to cerebellum and thalamus AB
Coordinates information bilaterally within cerebellum and between medulla oblongata
and midbrain and regulates breathing
Relays sensory and motor input from spinal cord to brain, right side to left side and vice
versa crossover of many spinal nerves
Regulates consciousness, heart rate, coughing breathing and sneezing and digestion
homeostasis
Cross-over relay of sensory information to thalamus, brain stem, ANS BD
Page 9 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
CNS Structure and Function continued
Major Anatomical Structure /
Minor / Sub
Region
Structure Region
ANSWER from Column XIII
Column XIII
68. ____
Connects SNS and CNS to all levels of the Brain
Protected by the vertebral column
Protected by spinal meninges
White Matter /
Myelinated
Ascending and
Descending
Tracts
Gray Matter,
densely
nucleated
Bundles SENSORY information and transports to higher centers A
Bundles MOTOR information and transports to lower centers and effectors
Synapse and collateral transmission for SENSORY information to ascending tracts
and reflex arcs
Contains and bundles Peripheral nerves
Carries Motor and Sensory information to and from the CNS
69. ____
Dorsal Root
Peripheral Nerve
Function
ANSWER
from Column XIV
70. ___
Carries afferent nerve impulses
Dorsal Root
Ganglion
Contains Cell bodies of SENSORY nerve fibers
Ventral Root
Carries Motor nerve impulses to effector targets
71. ____
Transmits SNS and ANS information between somatic and visceral receptor and CNS
Sensory Receptor
Responds to Determined stimulus
Effector
Muscle, Gland
Page 10 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
Session:
Section:
Days / Time:
Instructor:
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
Identify the indicated structures. See COLUMN XV
Illustration of Human Brain
72. Name this structure___>>
73. Name this structure___%
74. Name this structure___$$
75. Name this structure___Z
Page 11 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
Fall 2013
52999
MW 5:00 PM – 9:20 PM
RIDDELL
Complete the following Table of Cranial Nerves. Select choices from the INDICATED COLUMNS. Hint: What is the rational for this classification?
Nerve
Column XVI
ROM. Num.
Column XVI
Region (s) of Innervations / Principal Function
Column XVII
Primary
Sensory / Motor / Both
Column XVI
Abducens
76. ___
Eye and pons / eye movement and proprioception
Motor
Accessory
77. ___
Pharynx, larynx, palate / swallowing, proprioception, head and neck
movement
Motor
Facial
78. ___
Tongue, face scalp, neck / taste, propioception, movement,
lacrimation, salivation
Mixed
Tongue, neck, carotids, parotids / taste, swallowing, baroception,
chemception / salivation BE
Mixed
Glosso-pharyngeal
1X
Hypoglossal
X11
79. ____
Motor
Oculomotor
111
80. ____
Motor
1
81. ____
Special Sensory
Optic
11
82. ____
83. __
Trigeminal
V
Eye, nose, scalp / pain, pressure, touch, eyelid, teeth, lip, pain,
pressure, touch, and mouth, tongue, head, mucosa, / pain,
pressure, touch
Trochlear
1V
Eye and Midbrain / eye movement and proprioception
Olfactory
Vagus
Vestibulocochlear
X
V111
84. ___
Motor
85. ____
Mixed
86.
Special Sensory
Page 12 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
Name these neuron and neuronal circuit types. Choose from COLUMN XVIII for choices.
Neuronal Circuits Illustration
87. __
88. __
89. __
90. __
91. __
Page 13 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
Session:
Section:
Days / Time:
Instructor:
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
Autonomic Nervous System
SYSTEM A
SYSTEM B
Fill in the following classification Table. Match System A or B with the respective functions.
Place a check mark in the appropriate column A or B. Mark AB if both and C if not applicable to either system.
Function
SYSTEM A
SYSTEM B
92. Parasympathetic
93. Sympathetic
94. Stimulates pancreas to release insulin
95. Stimulates salivation
96. Operates continuously to mange homeostasis
97. No direct connection to the suprarenal gland
98. Vertebral ganglia
99. Terminal Ganglia
100.
Activates adrenaline secretion in acute response situations
Page 14 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
END OF MTX 4
THIS PAGE PURPOSELY REMAINS SORTA BLANK –
USE for QUESTIONS, PROTESTS, PROPOSALS, TYGORACHIPAL ERRRORRRS, SPLELLING
CORRRRRECTOINS, BACKWARD SNOITAZITEBAHPLA, NOTES,
, DOODLES,
speaking of Christmas,
,
LISTS,
A LETTER TO SANTA……THAT WOULD BE GREAT DISTRACTION
FROM TAKING THIS STOOPID TEST……
or A
eMail to your BFWB……..
………about how you are kinda sure that you are never, ever, going to be a Nurse, let alone an
MD and now you will probably have to settle for orderly or bank clerk or waitress, but you are
only monolingual and even those jobs require you to speak at least two languages and you
have trouble writing a simple 3 paragraph essay, let alone 5 paragraphs, in English, let alone
any other language, and you can’t even fill out a job application for gasoline station attendant
because those applications are all on line, and “by the way BFWB, you better get a good job if
you wanna keep your benefits, if you know what I mean, and you better …..yada yada
yada”……..and…….and…….and …I….I....I……think……..think………think…… I’m going to
fail this test………………Boo… Hoo…Hooo Hooooo……
Hoooooooooooooooooooooooo……..
OK, well, that was my pity party…back to the test..yuk!
Page 15 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
Session:
Section:
Days / Time:
Instructor:
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
This page purposely remains blanker…….
Page 16 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
ANSWER CHOICE CODES
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
ABE
ACD
ACE
ADE
BCD
BCE
BDE
CDE
ABCD
ABCE
ACDE
BCDE
ABCDE
II Circulatory
Aorta, abdominal
Aorta, ascending
Aorta, thoracic
Aortic, arch
Brachiochephalic trunk
Carotid artery
Cephalic and cranial
capillaries
Hepatic portal vein
Hepatic vein
Iliac artery
Iliac vein
Jugular veins
Mesenteric artery
Pukmonary capillaries
Pumnonary artery
Pulmonary vein
Renal artery
Renal capillaries
Renal vein
Subclavian veins
Vena cava, inferior
Vena cava, superior
III Arteries
Aorta ascending
Aorta desc abdominal
Aorta desc thoracic
Arcuate
Axillary
Brachial
Brachiocephalic
Carotid commom right
Carotid common left
Carotid external
Carotid internal
Celiac trunk
Femoral
Gastric
Hepatic common
Iliac external
Iliac internal
Mesenteric inferior
Mesenteric superior
Palmar arch
Peroneal / fibular
Popliteal
Radial
Renal
Splenic
Subcalvian right
Subclavian left
Tibial
Ulnar
Vertebral
IV Veins
Antebrachial
Axillary
Basilic
Brachiocephalic
Cephalic
Coronary
Cubital median
Dorsal arch
Femoral
Hepatic
Hepatic portal
Iliac common
Iliac external
Iliac internal
Jugular external
Jugular internal
Mesenteric inferior
Mesenteric superior
Palmar digital
Popliteal
Pulmonary art trunk
Radial
Renal
Sagittal sinus
Saphenous sm
Splenic
Subclavian
Tibial anterior
Vena cava inf
Vena cava sup
V Heart
Aortic semi-lunar valve
Apex
Atrial hillus
Coronary artery L
Coronary artery R
Coronary sinus
Interventricular septum
Lateral
Left atrium
Left ventricle
Mediastinum
Mitral vlave
Prone
Pulmonary art semi-lunar valve
Right atrioventricular valve
Right atrium
Right ventricle
Supine
Heart Detail VI
Ant Interventricular Sulcus
Anterior
Aorta
Aortic SL Valve
Bicuspid Valve
Chordae tendinae
Distal
Inferior
Inferior vena cava
Interventricular Septum
L Atrium
L Coronary Art
L Ventricle
Left
Medial
Mediastinum
Papilary muscle
Parietal pericardia
Interventricular Sulcus
Posterior
Proximal
Pulmonary Art
Pulmonary Art SL Valve
Pulmonary Vein
R Atrium
R Coronary Art
R Ventricle
Right
Sinoatrial node
Superior
Tricuspid Valve
Page 17 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
ABE
ACD
ACE
ADE
BCD
BCE
BDE
CDE
ABCD
ABCE
ACDE
BCDE
ABCDE
Session:
Section:
Days / Time:
Instructor:
VII Vessels
IX Blood Data / µL
Artery
Basement membrane
Cross
Endothelium
External elastic lamina
Internal elastic lamina
Longitudinal
Lumen
Sagittal
Smooth muscle
Tunica externa
Tunica interna
Tunica media
Vein
Venous valve
2,500,000
25,000,000
150,000,000
250,000,000
1,000,000,000
7,500,000,000
10,000,000,000
25,000,000,000
75,000,000,000
150,000,000,000
250,000,000,000
2,500,000,000,000
25,000,000,000,000
250,000,000,000,000
Basophil
Carbohydrates
Creatinine
Electrolytes
Eosinophil
Erythrocyte
H2O
Lipids
Lymphocyte
Monocyte
Neutrophil
Nucleic acids
Plasma
Plasma proteins
Thrombocytes
Urea
Uric Acid
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
X ANS
Acetylcholine
Adrenaline
ATP
Cervical
Cranial Sacral
Dopamine
Enteric
Extrinsic
Lumbar Sacral
No
Nor-epinephrine
Parasympathetic Post-Ganglion
Parasympathetic Pre-Ganglion
Some
Sympathetic Post-Ganglion
Sympathetic Pre-Ganglion
Thoraco-lumbar
Yes
Yes and No
XI Brain Anatomy
Arachnoid mater
Arachnoid granulosa
Brain Stem
Cerebellum
Cerebrum
Deincephalon
Dura mater
Epithalamus
Gray Matter
Hypothalamus
Medulla Oblongata
Midbrain / Mesencephalon
Peripheral Nerve
Pia mater
Pons
Spinal Cord
Spinal Nerve
Subthalamus
Subarachnoid
Subdural
Thalamus
White Matter
You've Got Nerve
None of The Above
All of the Above
Page 18 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
ABE
ACD
ACE
ADE
BCD
BCE
BDE
CDE
ABCD
ABCE
ACDE
BCDE
ABCDE
XII Neuron / Glia / Fxn
Astrocyte
CNS
CSF Production
Ependymal
Microglia
Myelination of CNS Axons
Myelination of CNS Axons
Oligodendrocyte
Phagocytosis
PNS
Satellite
Schwan
Structure and Blood Brain Barrier
Protection
Nutrient Neurotransmitter regulation
Session:
Section:
Days / Time:
Instructor:
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
XIII CNS
Assoc and Commissural Tracts
Brain Stem
Cerebral Cortex
Cerebral Tracts
Cerebellum
Cerebrum
Diencephalon
Dorsal Root Ganglion
Epithalamus
Ganglia
Hypothalamus
Medulla Oblongata
Midbrain / Mesencephalon
Peripheral Nerve
Pons
Posterior Gray Horn
Posterior Spinal Nerve Root
Sensory Receptor
Spinal cord
Spinal Cord White Matter
Spinal Cord Gray Mater
Spinal nerve
Subthalamus
Thalamus
Ventral root
Page 19 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
ABE
ACD
ACE
ADE
BCD
BCE
BDE
CDE
ABCD
ABCE
ACDE
BCDE
ABCDE
Session:
Section:
Days / Time:
Instructor:
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
XIV Brain Region Functions
Bundles SENSORY information and transports to higher centers
Carries efferent nerve impulses Connects SNS and CNS to all levels of the Brain
Carries Sensory nerve impulses from receptorsto CNS
Contains Gray and White Matter of the Brain, Cortex, Tracts and Ganglia
Controls pituitary gland with hormones and neurotransmitters
Determines “personality”
Maintain homeostasis / regulating hunger, sleep, thirst, temperature, water balance
Regulates consciousness, heart rate, respiratory reflex and digestion homeostasis
Transmits Sensory information to cerebellum and thalamus
Transmits SNS and ANS information between to somatic and visceral receptors
Transmits SNS and ANS information between somatic and visceral receptor and CNS AC
X-OVER relay of sensory information to thalamus, brain stem, R to L andvice versa
Page 20 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
ABE
ACD
ACE
ADE
BCD
BCE
BDE
CDE
ABCD
ABCE
ACDE
BCDE
ABCDE
XV Brain Interior
Anterior
Arachnoid Mater
Arachnoid granulosum
Brain Stem
Central Canal
Cerebellum Cortex
Cerebrum
Choroid plexus
Corpus Callosum
Dura mater
Falx cerebri
Hemispherical Sulcus
Inferior
Lateral Sulcus / Ventricle
Left
Longitudinal Fissure
Medulla Oblongata
Midbrain / Mesencephalon
Parieto-occipital Sulcus
Peripheral Nerve
Pia Mater
Pons
Post central Gyrus
Posterior pituitary
Pre-central Gyrus
Septum Pellucidum
Thalamic intermediate mass
3RD Ventricle
4th Ventricle
XVI Cranial
Nerves
Abducens
Accessory
Facial
Glosso-pharyngeal
Hypoglossal
Oculomotor
Olfactory
Optic
Trigeminal
Trochlear
Vagus
Vestibulocochlear
I
II
III
IV
IX
V
VI
VII
VIII
X
XI
XII
XIII
Both / Mixed
Motor
Sensory
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
XVII Cranial Nerve Regions of Innervation / Fxn
Vestibule Semicircular canals and cochlea / equilibrium and hearing
Eye / eye movement
Eye and Midbrain / eye movement and proprioception
Eye and pons / eye movement and proprioception
Eye, nose, scalp / eyelid, teeth, lip, mouth, tongue, head, mucosa,
Head, neck, throat, thorax, viscera, heart, GI, gallbladder, intestines / proprioception ANS
Olfactory bulbs / smell
Pharynx, larynx, palate / swallowing, proprioception, head and neck movement
Retina / vision
Tongue, face scalp, neck / taste, propioception, movement, lacrimation, salivation
Tongue, medulla / swallowing, speech
Tongue, neck, carotids, parotids / taste, swallowing, baroception, chemception / salivation
Page 21 of 23
Document1
Biology 218 – Human Anatomy
MTX 4 NS
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
ABE
ACD
ACE
ADE
BCD
BCE
BDE
CDE
ABCD
ABCE
ACDE
BCDE
ABCDE
XVIII Neurons Neural Circuits
Anaxonal
Bipolar
Converging / Combining
Diverging / Cascading
Multipolar
Multipotent
Parallel
Pluripotent
Polipolar
Polipotent
Pyramidal
Reverberating / Echoing / Rreinforcing
Serial / sequential
Totipotent
Unipolar
Session:
Section:
Days / Time:
Instructor:
XIX Neuron Cell Anat
Axolemma
Axon
Axoplasm
Endomysium
Endoneruium
Epimysium
Epineurium
Filament
Myomysium
Myoneurium
Nerdineurium
Neurolemma
Perimysium
Perineurium
Periosteum
Plasmalemma
Sarcolemma
Sarcoplasm
Tendon
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
XX Plexi Regions of Innervation
XXI
Nerve Counts
Autonomic -Symp and Parasymp
Abdominal, Gluteal, Femoral, Genital, Tibial, Fibular, Plantar
Arteries of Kidneys and Ureters
Brachial
Bronchus
Cardiac
Cervical
Cranial
Esophagus
Heart
Pectoral Girdle and Arm
Intestines
Kidneys and Ureters
Liver, Gallbladder, Pancreas, Spleen, Adrenal, Gonads
Lumbar
Mesenteric
Parasympathetic
Pelvic Viscera
Perineal and Genital
Renal
Sacral Dermis
Scalp, Cephalic, Cervical, Neck, Throat and Diaphragm
Spinal
Stomach, Spleen Pancreas
Sympathetic
Thoracic
1
2
3
4
5
6
7
8
9
10
11
12
Multiple
None
Page 22 of 23
Document1
Biology 218 – Human Anatomy
Session:
Section:
Days / Time:
Instructor:
MTX 4 NS
CODE
A
B
C
D
E
AB
AC
AD
AE
BC
BD
BE
CD
CE
DE
ABC
ABD
ABE
ACD
ACE
ADE
BCD
BCE
BDE
CDE
ABCD
ABCE
ACDE
BCDE
ABCDE
XXII Neurons Neural
Circuits
Afferent
NS
Acetylcholine
ATP
Cervical
CNS
Cranial Sacral
Dopamine
Efferent
Extrinsic
Lumbar Sacral
or-epinephrine
Parasympathetic
Parasymp Pre-Gang
PNS
SNS
Sympathetic
Visceral receptors
Special Sense Receptors
Somatic Receptors
Skeletal Muscle
Sensory Info
Motor Info
Visceral Effectors
XXIII
Eye
Aqueous
Blind Spot
Canthus
Choroid
Ciliary Muscle
Conjunctiva
Fovea
Iris
Lens
Limbus
Optic Disc
Optic nerve
Pupil
Retina
Sclera
Suspensory Ligaments
Taer Film
Trabeculae
Vitreous
Fall 2011
52999
M W 5:00 PM – 9:20 PM
RIDDELL
XXIV
Ear
Audition
Auricle
Cochlea
Cochlear Branch
Equilibrium
Eustachian Tube
Ext Aud Meatus
External Ear
Gustation
Inner ear
Int Aud Meatus / Canal
Malleolus
Middle ear
Petrous Process
Pinna
Semi-circular canals
Stapes
Temporal
Tympanum
Utricle
Vestibulaocochlear nerve
Vestibular Branch
Vestibule
Vision
Page 23 of 23
Document1