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53 Cards in this Set

  • Front
  • Back
Right atrium
Receives deoxygenated blood from systemic circulation from the superior and inferior vena cava
Right Ventricle
Receives blood from the right atrium (due to high pressure) and sends it to the pulmonary system via the pulmonary artery to be oxygenated
Left Atrium
Receives oxygen-rich blood from the pulmonary system from the pulmonary vein
left Ventricle
Receives oxygenated blood from the left atrium and sends it to the systemic circulation via the aorta
pericardium
tough fibrous double walled sac that surrounds heart
2 layers - contains pericardial fluid
myocardium
muscular wall of heart, pumps
endocardium
thin layer of endothelial tissue; lines inner surface of heart
AV valves
Right AV valve or Tricuspid valve
Found between the right atrium and right ventricle
Left AV or Mitral valve
Found between the left atrium and left ventricle
semilunar valves
Aortic valve
Opens from left ventricle into aorta
Pulmonic valve
Opens from right ventricle into pulmonary artery
arteries
carry oxygenated blood to capillary bed - gas and nutrient exchange
EXCEPT pulmonary a - carries deoxygenated blood to lungs
Arterioles
Smallest arterial branches
Role in blood pressure maintenance by constricting or dilating
Veins
return deoxygenated blood to heart
EXCEPT - pulmonary vein - delivers oxygenated blood from lungs
Problem based history - chest pain/tightness
where
radiation
severity
when did it start - factors preceded?
intermittent/constant aggravates/alleviates - nitro (how much)
related symptoms
Problem based history - dyspnea, SOB
how long
when does it happen
interfere with ADLs (occur on exertion)
related symptoms
aggravates/alleviates
night, need to sit up
problem based history - cough
when did it start
cough up anything
timing
related to position, anxiety, talking/activities
aggravates/alleviates
problem-based history - nocturia
can indicate heart failure -excess fluid excreted when laying down
how long has it been going on for
how many times a night
anything to prevent? success?
problem based history - fatigue
sudden/gradual
time of day
iron pills? iron rich foods?
related symptoms - cyanosis
unusual feelings in feet, hands, muscle weakness, trouble thinking
problem based history - fainting
activity prior to fainting
feel like you were going to faint
happened before? how often?
other symptoms
causes: hypotension, shock, decreased o2 levels, change in HR
problem based history - edema of extremities
where
unilateral/bilateral
alleviates? better after sleeping
other symptoms (SOB, weight gain, warmth, discoloration)
assess general appearance
skin color, breathing
normal - relaxed, appropriate skin color, unlabored breathing
abnormal - tense, dyspnea, accessory muscles, cyanosis, pallor, tenting ,edema
carotid artery
inspect
palpate - one side at a time
auscultate - lightly, bell, hold breath
normal - nontender, no bounding, 2+, smooth upstroke
abnormal - tender, swelling, bruit, bounding, murmur
bruit
whooshing noise indicates turbulent blood flow
pulse amplitude
0+ Absent
1+ Barely palpable
2+ Normal
3+ Full volume
4+ Bounding
jugular vein
pulsations - indicate rt sided HF
elevate HOB 30-45 degrees, have client look opposite direction, shine light
normal: see pulsation not vein
abnormal: vein visible, fluttering pulse, unilateral distension
upper and lower extremities - inspect and palpate
symmetry
skin integrity, color/temp
capillary refill, color/angle of nail beds
pulses
brachial
radial
femoral
popliteal
posterior tibial
dorsalis pedis
rhythm, rate, amplitude, contour
precordium
inspect - apical pulse (lift/heave)
palpate apical pulse - location, size, amplitude, durations
palpate precordium - pulsations, nodules, thrill
heave/lift
forceful push from ventricles during systole
indicates hypertrophy r/t increased workload
sites to auscultate heart
aortic
pulmonic
erbs pt
tricuspid
mitral
diaphragm and bell
S1
lower pitch - "lub"
closure of AV valves - beginning of systole
carotid artery
inspect
palpate - one side at a time
auscultate - lightly, bell, hold breath
normal - nontender, no bounding, 2+, smooth upstroke
abnormal - tender, swelling, bruit, bounding, murmur
bruit
whooshing noise indicates turbulent blood flow
pulse amplitude
0+ Absent
1+ Barely palpable
2+ Normal
3+ Full volume
4+ Bounding
jugular vein
pulsations - indicate rt sided HF
elevate HOB 30-45 degrees, have client look opposite direction, shine light
normal: see pulsation not vein
abnormal: vein visible, fluttering pulse, unilateral distension
upper and lower extremities - inspect and palpate
symmetry
skin integrity, color/temp
capillary refill, color/angle of nail beds
pulses
brachial
radial
femoral
popliteal
posterior tibial
dorsalis pedis
rhythm, rate, amplitude, contour
precordium
inspect - apical pulse (lift/heave)
palpate apical pulse - location, size, amplitude, durations
palpate precordium - pulsations, nodules, thrill
heave/lift
forceful push from ventricles during systole
indicates hypertrophy r/t increased workload
sites to auscultate heart
aortic
pulmonic
erbs pt
tricuspid
mitral
diaphragm and bell
S1
lower pitch - "lub"
closure of AV valves - beginning of systole
louder at apex
coincides with carotid artery pulse and beginning of R wave
S2
higher pitch "dupp"
louder
closure of semilunar valves
louder at teh base
abnormal heart sounds
muffled or diminished - extra fluid, not pumping well
S3
extra heart sound
ventricular filling sound - HF and FVE
low pitched
early diastole
apex while lying on left side
follows S2
normal in children, young adults - disapears when sitting
abnormal - gallop
S4
tricuspid/mitral/apex on left side
atria contract - late diastole - right before S1
ventricular filling
bell of stethoscope
gallop - abnormal
murmur timing
systole or diastole (know S1 and S2)
mid, early, late
pancystolic, holocystolic/pandiastolic, holodistolic
obscures heart sounds
murmur loudness
Grade i—Barely audible
Grade ii—Audible, but quiet and soft
Grade iii—Moderately loud, without thrust or thrill
Grade iv—Loud with a thrill
Grade v—Very loud heard with only part of stethoscope ,with a thrust or a thrill
Grade vi—Loud enough to be heard before stethoscope comes in contact with chest
murmur pitch
high
medium
low
murmur pattern
crescendo
decrescendo
crescendo-decrescendo
murmur quality
harsh, musical, blowing, rumbling
mitral stenosis - rumbling
aortic stenosis - harsh
murmur location
area best heard - does it radiate
murmur and posture
some disappear with change in posture
innocent - no valvular cause
functional - due to increased blood flow
innocent murmur
occurs often in young children
soft, midsystolic, short, cres-decr, musical
disappears with sitting
Cardiac Auscultation Routine
Note rate and rhythm
Identify S1 and S2
Assess S1 and S2 separately
Listen for extra heart sounds
Listen for murmurs