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200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt 200pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt Heart Anatomy Blood Flow CCS ECG Heartium
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200 pt

Feb 24, 2016

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Heart Anatomy. Blood Flow. CCS. ECG. Heartium. 100 pt. 100 pt. 100 pt. 100 pt. 100 pt. 200 pt. 200 pt. 200pt. 200 pt. 200 pt. 300 pt. 300 pt. 300 pt. 300 pt. 300 pt. 400 pt. 400 pt. 400 pt. 400 pt. 400 pt. 500 pt. 500 pt. 500 pt. 500 pt. 500 pt. - PowerPoint PPT Presentation
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Heart AnatomyBlood Flow CCS ECG Heartium

Page 2: 200 pt

Describe the chambers in the heart and their functions.

Page 3: 200 pt

Atria: collection chambersseparated by interatrial septum

Ventricles: discharging chambersseparated by interventricular septumwalls consists of papilary muscleslarger in size and more muscular

Page 4: 200 pt

Name the four valves in the heart and their locations

Page 5: 200 pt

1. Atrioventricular valve: Right AVaka tricuspid2. Atrioventricular : Left AV aka bicuspid3.pulmonary semilunar valve

4. Aortic semilunar valve

Page 6: 200 pt

• A backflow of blood caused by a faulty valve is called a __________.

Page 7: 200 pt

mumur

Page 8: 200 pt

What are the 3 layers of heart tisse?

Page 9: 200 pt

1. Pericardium: 2 layered sac surrounding the heart tissue; contains serous fluid

2. Epicardium: lines the outside of the heart3. Endocardium: muscle tissue; inner layer

of heart tissue

Page 10: 200 pt

The angle of the heart within the chest should be between ____ and

_____?

Page 11: 200 pt

0- 90 degrees

Page 12: 200 pt

Blood that drains into the right atria from these veins

Page 13: 200 pt

Superior and inferior vena cava

Page 14: 200 pt

Pulmonary veins deposit _______ blood into the _______ _________.

Page 15: 200 pt

Oxygenated; left atrium

Page 16: 200 pt

The blood flow is divided into these 2 circuits.

Page 17: 200 pt

Systemicpulmonary

Page 18: 200 pt

This ascending and descending vessel takes blood from the left ventricle to the rest of the body.

Page 19: 200 pt

aorta

Page 20: 200 pt

DAILY DOUBLE

• Describe the flow of blood through the heart? (limited time)

Page 21: 200 pt

Superior and inferior vena cava-right atrium-tricuspid valve-right ventricle-pulmonary semi-lunar valve-pulmonary arteries-lungs-

pulmonary veins-left atrium-mitral valve-left ventricle-aortic valve-

aorta-branches of aorta (brachiocephalic, supclavian,

carotid)

Page 22: 200 pt

This part of the CCS is known as the primary pace maker.

Where is it located?

Page 23: 200 pt

SA nodelocated in wall of right atrium near opening of the superior vena cava

Page 24: 200 pt

The AV node, located in right atrium, send electrical impulses to this

bundle of fibers.

Page 25: 200 pt

AV bundle“bundle of His”

Page 26: 200 pt

These fibers function to contract the ventricles and are stimulated by the

______________.

Page 27: 200 pt

Purkinje fibers; AV bundle

Page 28: 200 pt

This node can be called a secondary pacemaker, making the heart beat

~60 beats/min.

Page 29: 200 pt

AV node

Page 30: 200 pt

• The heart muscle is considered ______ ___________ even in the absence of an externally applied nervous impulse.

• It can be placed in these certain aqueous solutions to stimulate contractions.

Page 31: 200 pt

Self-excitatory

Page 32: 200 pt

This wave depicted on an ECG involves the depolarization of the

ventricular walls.

Page 33: 200 pt

QRS complex

Page 34: 200 pt

Which wave represents the depolorization of the atria?

Page 35: 200 pt

P wave

Page 36: 200 pt

What does the T wave represent?

Page 37: 200 pt

Repolarization of the ventricles; relaxation of ventricular walls

Page 38: 200 pt

Which wave on the ECG represents the repolarization of the atria?.

Page 39: 200 pt

Not depicted on the graph b/c it is masked by the QRS complex, not

recorded as a distinct wave.

Page 40: 200 pt

Explain the following equation

CO=HR x SV

Page 41: 200 pt

Cardiac output is equivalent to the heart rate times the amount of blood

with each beat

Page 42: 200 pt

a. What is an arrhythmia? b. List 3 factors that can affect heart rate

Page 43: 200 pt

Altered heart rhythms or irregular heart beat

factors: temperatureions

drugsphysical activity (exercise)

Page 44: 200 pt

Explain the condition of tachycardia and possible causes.

Page 45: 200 pt

Abnormally fast heart rate (100beats/min)

caused by shock, drugs, hormones, heart disease, increase in body temperature, exercise, anemia

Page 46: 200 pt

Justify why ventricular fibrillation is more life threatening than atrial

fibrillation.

Page 47: 200 pt

Ventricles pump O2 blood to systemic and pulmonary

circuits…..

Page 48: 200 pt

During ______ the heart is relaxed.

Page 49: 200 pt

diastole

Page 50: 200 pt

Systole involves the _____ of blood through the systemic and

______ circuits.

The pressure in the arteries become _______ and the _______ close.

Page 51: 200 pt

Ejection; pulmonary

greater; semilunar valves