VOCABULARY
VOCABULARY 2
Blood
Blood 2/Blood Types
Heart
Path of Blood-1 (answer going down column, then to next column part 2 going down)
Path of Blood-2
100
Red blood cells that carry the oxygen in blood.

What is erythrocytes.

100
The process by which the formed elements of blood are made in the body.

What is hemopoiesis.

100

Granulocyte that fights infections by phagocytosis.

What is neutrophils.

100

A father with type AB blood has a child with a mother whose blood type is A-.  The child has a blood type of B-.  What Rh factor alleles does the father have?  What blood type alleles and Rh factor alleles does the mother have?

What is the father has AB alleles and Rh+ and Rh- alleles.  The mother has AO and two Rh- alleles.  

If the father is AB, then he has a A allele and a B allele.  If the mother is type A, she is either AA or AO.  Since the child is B, the child must have gotten the B allele from the father.  The only way to be type B, then, is to get an O from the mother.  The mother, then, is AO.  Since Rh-negative is recessive, the child must have two Rh-negative alleles.  So, the child must have inherited one from each parent.  The only way the father can have a Rh-negative allele and be Rh positive is to be heterozygous.  

100

During ventricular systole are the atria contracted or relaxed?

What is relaxed.

100

Blood that travels through the aorta is?

What is oxygenated.  

100

In the lungs, the blood becomes ______________.

What is oxygenated. 

200

White blood cells that perform various defensive functions in the blood.

What is leukocytes.

200

The phase in the cardiac cycle in which the ventricles contract.

What is systolic phase.

200

Agranulocyte that fights infections by phagocytosis.

 What is monocyte.

200

A region in a blood vessel has prothrombinase in it.  Which stage of hemostasis (not what stage of coagulation) is taking place?

What is the blood coagulation phase (third phase).  Since prothrombinase is present, that means that blood coagulation is occurring.  

200

During ventricular systole are the ventricles contracted or relaxed?  

What is contracted. 

200

The blood travels to the tissues of the body and returns to the heart.  When is reaches the heart, it is ________________.

What is deoxygenated.

200

The blood comes back from the lungs and returns to the ___________________.  

What is left atrium.

300

Cell fragments in blood that prevent blood loss.

What is platelets.

300

The phase of the cardiac cycle in which the ventricles relax.

What is diastolic phase.

300

Cells that carries oxygen in the blood.

What is erythrocyte.

300

Of the following chemicals, which exist only when the blood coagulation process is occurring?  Factor IX, activated factor XII, fibrinogen, calcium ions, thrombin, fibrin

What is activated factor XII, thrombin, and fibrin.  Blood coagulation factors are always in the blood.  However, the activated factors are only in the blood during coagulation.  Calcium ions are always in the blood-they help the coagulation process once it begins.  Thrombin and fibrin are made as a result of the coagulation process, but fibrinogen is always there.

300

Is the atrioventricular valves open or closed during ventricular systole.  

What is closed.

300

Deoxygenated blood is returned to the ____________.

What is right atrium.

300

From the right atrium, the blood travels through the ______________ and _______________ to get to the ______________.

What is left atrioventricular canal, left atrioventricular valve (bicuspid or mitral valve), and left ventricle.

400

The fluid portion of the blood, which is mostly water.

What is plasma.

400

The smallest arteries that sill have three tunics.

What is arterioles.

400

Cell that produces antibodies. 

Cell that fights inflammation.

What is lymphocytes and what is eosinophils.

400

In what type of blood will you find no antibodies against A or B or Rh antigens?

What is AB+.  Type AB blood has both A and B antigens, so it cannot form antibodies against these antigens.  If the blood is also Rh-positive, then it has the Rh antigen and cannot make antibodies against it.  

400

Is the semilunar valves open or closed during ventricular systole?

What is open.  

400
After blood returns to the right atrium, it then goes through the _____________ and _____________ so that is can go into the ____________________. 

What is the right atrioventricular canal, the right atrioventricular valve (tricuspid valve), and the right ventricle.

400

Finally, the blood passes through the _____________ to get back into the aorta.

What is the aortic semilunar valve.

500

Tiny, thin-walled blood vessels that allow the exchange of gases and nutrients between the blood and cells.

What is capillaries.

500

Small veins that do not have three tunics but instead have only an endothelium, a basement membrane, and a few smooth muscle cells.  

What is venules.

500

Cell that releases histamine and heparin. 

What is basophil.
500
In what type of blood could you find antibodies against the B antigen and the Rh antigen, but no antibodies against the A antigen?

What is A-.  If the blood has antibodies against the B antigen, it cannot be B or AB blood.  O has antibodies against the B antigen, but is also has antibodies against the A antigen.  So, the type is A. If is has antibodies against the Rh antigen, then it cannot be Rh+.  Rh- people do not form anti-Rh antibodies unless exposed to the Rh antigen.  

500

The __________ carries blood from the heart to the rest of the body.

What is the aorta.

500
From the right ventricle, the blood passes  through the ____________________ and into the pulmonary trunk so that it can travel to the lungs.  

What is the pulmonary semilunar valve.

500

The deoxygenated blood returns to the right atrium via the __________________, __________________, and _______________.

What is the superior vena cava, the inferior vena cava, and the coronary sinus.  

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