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33 Cards in this Set

  • Front
  • Back
Murmur - conditions that lead too
1. velocity of blood flow increases ... 2. viscosity of blood decreases (anemia) ... 3. structural defect in valve or unusual opening occurs in chamber
CV health is closely interrelated with ...
lifestyle, habits, disease
Age related cardiac issues
Systolic HTN (stiffness of ventricle) - LV wall thickens (smaller chamber/ decreased CO) - diminished SNS response - arrhythmias - EKG changes (PR interval increase) - increase CVD
What does increased PR interval mean...
increased length of time signal from SA node takes to travel to AV node + atrial depolarization
Cross Cultural Risks
Heart disease + CVA = increased in AA - HTN - Hypercholesterolemia - obesity - diabetes - smoking
Carotid pulse correlates with which heart sound
S1 - ventricular systole
A murmur is
gentle blowing, swooshing sound heard in chest wall --- result of turbulent blood flow in heart
Things to consider when examining the aging adult
1. orthostatic changes; 2. vagal reflex w/ carotid pressure (pulse rate decrease leads to fainting); 3. JVP measurement on R side vs L side; 4. chest anteroposterior diameter increases (barrel chested); ectopics
Orthopnea
SOB laying flat
What's important about a cough
could indicate pulmonary edema - pink frothy sputum
When would pt w/ cardiac issue experience fatigue?
later in day
What happens w/ R sided heart failure
blood backs up in venous system
What happens w/ L side heart failure?
blood backs up in lungs
nocturia
getting up at night to urinate
what's problem w/ nocturia
excess fluid accumulated during day .... at night kidneys work to get rid of the extra volume
Subjective Cardiac Data
chest pain - dyspnea - orthopnea - cough - fatigue - cyanosis or pallor - edema - nocturia - PMH - FMH - habits
Important Subjective data for Aging Adult
HTN - CAD - lung disease ... meds ... ADLs (need more help?, and SOB?)
Cardiac Physical Exam
VS & SpO2 + Inspect, palpate, auscultate
Order of Exam
1. Jugular venous pulsation, 2. carotid artery, 3. anterior chest pulsation (apical), 4. palpation across percordium, 5. auscultate
Point of Maximal Impulse
apical pulse - apex closets to chest wall + mitral valve
why check for jugular venous distention
noninvasive method to check right atrial pressure ... > w/ right sided HF ... if lying flat & still present raise to 30% ... looking for <3cm in healthy pt
2 ways to check JVD
measure height from sternum to top of JVD + exert pressure on liver = JV will distend, no problem if w/in 30 sec distention goes away
Auscultating Heart Sounds - where hear normal
S1 = apex ..... S2 = base
What side of stethoscope use
S1 & S2 = diaphragm .... S3 & S4 = bell ...
Sequence for auscultating heart sounds
Aortic .... Pulmonary .... Erb's Point .... Tricuspid .... Mitral
Location of each ausculating point
aortic - 2nd intercostal R side .... pulmonary - 2nd intercostal L side .... Erb's Point - 3rd intercostal L side ... Tricuspid - 5th intercostal L side ... Mitral - 5th intercostal L midclavicular
order blood moves through heart
superior & inferior VC = R atrium = tricuspid valve = R ventricule = pulmonary valve = lungs = L atrium = mitral valve = L ventricule = aortic valve = aorta
Split heart sounds are the result of ...
2nd valve closing lags .... S1 mitral & tricuspid ..... S2 aortic & pulmonary
What creates S1 sound
ventricular contraction (systole) + close of AV valves (mitral & tricuspid)
What creates S2 sound
rapid refill of ventricule + close of semilunar valves (aortic & pulmonary)
When hear S3 & what creates sound
Hear S3 right after S2 - caused by rush of atrical blood into ventricule + opening of AV valves
When hear S4 & what creates sound
Hear S4 right before S1 - caused by atria contracting & forcing blood into noncompliant ventricule
Positions where may hear abnormal sounds best ...
roll pt on left side to hear S3 & S4 + murmur ..... for murmur may also hear with pt sitting up & leaning forward