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47 Cards in this Set

  • Front
  • Back
STEP 1
superior and inferior vena cava receive deoxygenated
STEP 2
right atrium receives deoxygenated
blood
STEP 3
tricuspid valve receives deoxygenated blood
STEP 4
right ventricle receives deoxygenated blood
STEP 5
pulmonary valves receive deoxygenated blood

STEP 6
pulmonary artery receive deoxygenated blood
STEP 7
lungs exchange COz and Oz
STEP 8
pulmonary veins receive oxygenated blood
STEP 9
left atrium receives oxygenated blood
STEP 10
bicuspid/mitral valve receives oxygenated blood
STEP 11
left ventricle receives oxygenated blood
STEP 12
aortic valve receives oxygenated blood
STEP 13
Aorta receives oxygenated blood
The heart is made up of what 3 layers?
-endocardium
-myocardium
-epicardium
the heart has four chambers
right and left atria
right and left ventricles
function of the heart
pumps blood throughout the body, delivering nutrients and picking up waste
endocardium
inner lining of the heart
myocardium
middle layer of the heart & the thickest.composed of cardiac muscle that contracts and pumps blood thru the blood vessels
epicardium
the inner layer of the sac surrounding the heart
pericardium
attaches the heart to surrounding structures such as the diaphragm and the large blood vessels that attach to the heart.
interatrial septum
seperates the two atria
interventricular septum
seperates the two ventricles
myocardial infarction (MI)
heart attack
angina
chest pain
SA node
"pacemaker" contracts and relaxes
AV node
transmits signal to interatrial septum.
travels to the bundle of His
atria
receives blood
ventricles
pumps blood
location of the heart
located in the mediastinum, toward the left side.
bradycardia
slow heartbeat, with ventricular contractions less than 60 bpm
tachycardia
Rapid heartbeat, more than 100 bpm
syncope
fainting
SOB
breathlessness, air hunger
Aortic stenosis (AS)
narrowing of the aortic valve, which maybe required or congenital
cardiomegaly
heart enlargement
arrhythmia
abnormal variation from the normal heartbeat rhythm.
CABG
grafting an artery onto a coronary artery to reroute blood around a blockage
septum
tissued walls, between chambers of the heart
myocardia
heart muscle
bicuspid valve
the left AV valve
systole
contraction of the heart muscle
diastole
relaxaton of the myocardium
orthopnea
inability to breathe while lying down
atherectomy
cutting out the fat, plaque
extracorporeal circulation
heart lung machine
angioplasty
surgical repair of a vessel
cardiac catherization
test commonly used to diagnose blockage of cardiac vessels