Blood Type
Vessels
Circulations
Blood Pressure
Cardiovascular Diagram
100

With the AB Blood type what antigens are present?What plasma antibodies are present? What blood can it receive and what blood can it donate?

Both A and B; No plasma antibodies present; They can receive all blood types; AB blood can be donated. 

100

What carries blood away from the heart?

Arteries 

100

 Which side of the heart serves as the pump for the systemic circuit?

Left

100

 Pressure exerted by the blood against the blood vessel walls

 Blood pressure

100

Draw and Label on the white board: 

A. Right ventricle 

B. Left Ventricle 

C. Right atrium

 D. Left atrium


Checking now!

200

With the A Blood type what antigens are present? What plasma antibodies are present? What blood can it receive and what blood can it donate?

A antigen present; Anti-B antibodies; A and O can be received; A and AB donated. 

200

What carries blood toward the heart?

Veins

200

 Which side of the heart serves as the pump for the pulmonary circuit?

Right 

200

 Factors that are directly related to blood pressure

 Systolic blood pressure; Diastolic blood pressure


200

Draw and Label on the white board: 

E. Superior vena cava

 F. Inferior vena cava 

G. Right pulmonary veins

 H. Left pulmonary veins


Checking Now!!!!!

300

With the B Blood type what antigens are present? What plasma antibodies are present? What blood can it receive and what blood can it donate?

B antigen present; Anti-A Plasma antibodies present; B and O are received; B and AB donated. 

300

What are the site where nutrient/gas/waste exchange occurs between tissue cells and blood?

Capillaries

300

 Systemic Circulation involves what parts of the heart flow. 

Right pulmonary veins, Left atrium, AV bicuspid valve, Left Ventricle, Aortic semilunar valve, Aorta


300

Event primarily responsible for peripheral resistance and mount of friction blood encounters as it flows through blood vessels. 

 Constriction of blood vessels, and Peripheral resistance.

300

Answer Question by choosing words in parenthesis:

The AV valves prevent backflow into the (atria/ventricles) when the (atria/ventricles) are contracting. The semilunar valves 

prevent backflow into the (atria/ventricles) when the (atria/ventricles) are relaxing.

The AV valves prevent backflow into the (atria/ventricles) when the (atria/ventricles) are contracting. The semilunar valves prevent backflow into the (atria/ventricles) when the (atria/ventricles) are relaxing.

400

With the O Blood type what antigens are present? What plasma antibodies are present? What blood can it receive and what blood can it donate?

No antigens present; Anti-A and Anti-B antibodies present; O Received; and can donate to all blood types. 

400
Pressure and structure of arteries vs veins. Identify the differences and/or similarities. 

Arteries pressure high and veins pressure is low. Artery's structure is thick no valves and veins have valves. 

400

Pulmonary Circulation involves which parts of the heart. 

Superior vena cava, Right atrium, AV tricuspid valve, Right ventricle, Pulmonary Semilunar valve, Right/left pulmonary arteries

400

 Blood pressure during heart contraction and Blood pressure during heart relaxation. 

Systolic blood pressure and  Diastolic blood pressure

400

Draw and Label on the white board: 

I. Right/left pulmonary arteries

 J. Chordae tendinae 

K. AV tricuspid valve 

L. AV bicuspid valve


Checking to See!!!!

500

 What does the positive or negative sign mean when we are discussing blood types? 

 How does an improperly matched blood group contribute to transfusion reactions?

Whether or not it has the Rh protein present and it will clot the blood & could lead to death.

500

Identify structure and pressure with the capillaries. 

Low pressure with no valves, thin, and lack tunica intima. 

500

Fill in the blanks below for the flow of one drop of blood through the heart

Superior/Inferior vena cava -> _____________-> AV Tricuspid Valve ->____________ -> ____________________ ->____________-> Lungs -> ______________ -> Left atrium ->________________ -> ____________ -> Aortic Semilunar Valve -> ____________


Superior/Inferior vena cava -> right atrium -> AV Tricuspid Valve ->right ventricle -> semilunar valve -> Pulmonary arteries-> Lungs -> pulmonary veins -> Left atrium ->bicuspid valve -> left ventricle -> Aortic Semilunar Valve -> aorta

500

Site where blood pressure determinations are normally made and The amount of blood pumped out of left ventricle.

Over arteries and Cardiac output.

 

500

Draw and Label on the white board: 

M. aortic semilunar valve

 N. pulmonary semilunar valve 

O. aorta

P. Myocardium

Checking to See!!!!!