The 'Anatomy Final Exam 3 review' assesses understanding of lymphatic system functions, blood flow regulation, and tissue responses. It focuses on mechanisms like lymphocyte antigen response and capillary blood dynamics, essential for students in medical and health-related fields.
Bone Marrow
Liver
Spleen
Thymus
Kidneys
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More carbon dioxide is delivered to it
More blood is delivered to it
Local blood pressure increases
Local blood pressure decreases
Inflow vessels are constricted
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The concentration of protein in the blood increases
Hemorrhage occurs
Blood hydrostatic pressure at the capillary decreases
Blood osmotic pressure at the capillary decreases
The blood hydrostatic pressure in capillary is equal to blood osmotic pressure
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Endothelium
Capillary bed itself
Precapillary sphincter
Heart action
Central channel
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Greater hydrostatic pressure inside capillary
Less water entering lymphatics
More ions leaving capillary
Lower hydrostatic pressure outside
More water leaving capillary
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Decrease vessel diameter
Increased blood volume
Increased blood pressure
Decreased peripheral resistance
Relaxation of precapillary sphincters
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Cause blood to pool in veins
Cause greater blood flow
Cause sphincters to open
Cause sphincters to close
Cause greater volume
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To change the heart rate
To change heart contractility
To change venous return
A and B but not C
A and C but not B
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Produce antibodies from specialized T cells
Monitor the contents of lymph by removing debris and pathogens
Acts as a check station for cancer cells
B and C but not A
Do A, B and C
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Decreases
Increases
Stays exactly the same
Depends upon 02 levels
Change is uncertain
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Medulla oblongata
AV node
SA node
Pons
Thalamus
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Aortic valves open
The "lub" heart sound occurs
AV node activated
Mitral valve opens
The T wave propagates
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Ventricular repolarization
Ventricular depolarization
Ventricular systole
Atrial repolarization
Atrial depolarization
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Sodium ion entry
Calcium ion entry
Potassium ion entry
Potassium ion leaving heart cells
T-wave propagation
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The size of ventricle
The heart rate
The amount of blood in circulation
The thickness of myocardium
The venous return
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No effect
Leukemia
Anemia
Polycythemia
Leukopenia
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Normal
Anemic
Polycythemic
Hemoglotic
Hemophiliac
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Dwarfism
Cancer
Gigantism
Acromegaly
Diabetes
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Bind to receptors on the surface of the cell
Function by way of a second messanger system
Cannot diffuse through the cell membrane
Bind to intracellular receptors
Functioning by activating camp
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Thyroxin
Tyrosine
Adrenaline
Glucocorticoids
Androgens
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Acromegaly
Goiter
Cretinism
Hypothriodism
Hyperthyroidism
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Thalamus
Medulla oblongata
Hypothalamus
Pineal body
Basal nuclei
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Anterior pituitary
Posterior pituitary
Thyroid
Thymus
Adrenal gland
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NK Cells
Plasma cells
Helper T cells
Cytotoxic T cells
Suppressor T Cells
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NK cells
B cells
Helper T cells
Cytotoxic T cells
Suppressor T Cells
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Vibrate
Twist
Die
Hyperpolarize
Depolarize
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The fovea is located
Ganglion cells synapes with bipolar cells
The optic nerve attaches to the retina
Rod cells are clustered to form the macula
Amacrine cells are located
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Tectorial membrane
Typanic membrane
Vestibular duct
Organ of corti
Basilar membrane
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Horizontal cells
Amacrine cells
Ganglion cells
Bipolar cells
Cones, but not rods
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Rounded
Flattened
Convex
Lateral
Medial
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Control the amount of light reaching the retina
Control the shape of the lens
Control the production of aqueous humor
Move the eyeball
Controls the amount of light reaching the retina and moves the eye ball
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Cornea
Tear duct or lacrimal glands
Eyelid
Lens
Superficial epithelium
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