Download circulation outcomes - Kevan Kruger

UNIT J:
CIRULATORY SYSTEM
(Ch. 13, pp. 226-234 & Ch. 14, pp. 250-251, 254 & Ch. 22, pp.
430-431)
I.
Expanded Prescribed Learning Outcomes
J1.
Illustrate, Describe and differentiate among the
five types of blood vessels (p. 226-227) make a chart…
J2. Identify and give functions for each of the following
(p. 234-235):
(use supplied diagram of vascular system anatomy)
a) Subclavian arteries
and veins
b) Jugular veins
c) Carotid veins
d) Mesenteric arteries
e) Anterior and
posterior vena cava
f) Pulmonary veins and
arteries
g) Hepatic vein
h) Hepatic portal vein
i) Renal arteries and
veins
j) Iliac arteries and
veins
k) Coronary arteries and
veins
l) Aorta
J3B. What is the function of the following in the
circulatory system:
i. Sphincters
vi. Platelets
ii. Autonomic nervous
vii. Antibodies
system
viii. Plasma proteins
iii. SA node
ix. Water
iv. Septum
x. Hemoglobin
v. Hepatic portal
xi. Calcium
vein
J4. Describe the function and difference between pulmonary
and systemic circulation. (p. 234-235)
J5. Using a diagram/illustration, Identify and describe
differences in structure and circulation between fetal
and adult systems. (Ch. 22 p. 430-431)
J6. Blood tracings - Demonstrate knowledge of the path of
a blood cell from the aorta through the body and back
to the left ventricle. (p. 234-235) example…

Trace the path of an erythrocyte through the body beginning
in the right ventricle, passing through the intestines, and
returning to the right atrium. Include all of the major
blood vessels. There will be a question like this on the
test; however, it may ask you to follow the blood through
the kidneys. KNOW THIS!
J7. List the major components of plasma and their function
(p. 237)
J8. Using a diagram or illustration, Identify and give
functions for lymph, capillaries, veins, and nodes.
(Ch. 14 p. 250-251)
J9. Describe the function, and origin of red blood cells,
white blood cells, and platelets. Also illustrate the
basic shapes of each(p. 237-240). Make a chart…
J9b. What are the steps in blood clotting (p. 240 figure 13.14).
J11. Explain the roles of antigens and antibodies. (Ch. 14
p. 254)
J11 B.
What are the four blood types? What is involved when
people need to get a correct blood transfusion? How is a blood
clotting reaction different from agglutination? What is an Rh
factor? Why is this important to some pregnant women and their
babies?
J12. Describe capillary-tissue fluid exchange (p. 241)
J12b. Name three nutrients and three wastes that are exchanged
at the tissues due to blood pressure on the arteriole side and
higher osmotic pressure on the venous side.
J12c. What creates the osmotic pressure for the capillary fluid
exchange?
II. Vocabulary: Use this list to make study cards.
Check off the terms you know and work with the
rest until you know them!
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Afferent arteriole
Agglutination
Agranulocyte
Ammonia
Anaemia
Anterior vena cava
Antibody
Antigen
Antigen A
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Antigen B
Aorta
Aortic arch
Arteriole
Artery
Atrioventricular valve
Basophil
B-cell
Blood clot
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Blood pressure
Brachial artery
Capillary
Capillary fluid exchange
Carbonic anhydrase
Carotid arteries
Chemoreceptor
Clavicle
Constrict
Coronary
Detoxify
Diastole
Dilate
Ductus arteriole
Ductus venosus
Edema
Efferent arteriole
Electrocardiogram
Endothelial cells
Eosinophil
Erythrocyte
Erythropioetin
Fetus
Fibrin
Fibrinogen
Foramen ovale
Granulocyte
Hemoglobin
Hepatic portal vein
Hepatic vein
Histamine
Hypertonic
Iliac
Jugular veins
Leucocyte
Lymph
Lymph capillary
Lymph duct
Lymph node
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Lymphatic duct
Lymphatic system
Lymphocyte
Mesenteric artery
Monocyte
Myocardium
Neutrophil
Oxyhemoglobin
Pacemaker
Phagocytic
Platelet
Posterior vena cava
Pressure receptor
Prothrombin
Pulmonary artery
Pulmonary circulation
Pulse
Red blood cell
Renal
Rhesus (Rh) factor
RhoGAM
Sphincter muscle
Stem cell
Subclavian
Systemic circulation
Systole
T cell
Thrombin
Thrombocyte
Thromboplastin
Thymus
Umbilical cord
Valve
Vein
Venule
Villi
White blood cell
Arteries & veins diagram
Fetal circulation diagram