HF 1 Flashcards

1
Q

what is used to classify HF

A

left ventricular ejection fraction

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2
Q

HFpEF value

A

EF >50%

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3
Q

HFrEF value

A

EF less than or equal to 40%

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4
Q

NYHA I

A

No limitation on physical activity. Ordinary activity does not cause HF sx

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5
Q

NYHA II

A

Some limitation on physical activity. Comfortable at rest, but ordinary physical activity results in HF sx

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6
Q

NYHA III

A

Marked limitation on physical activity. Comfortable at rest, but less than ordinary activity causes HF sx.

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7
Q

NYHA IV

A

Unable to carry on any physical activity w/o sx of HF, or HF sx at rest

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8
Q

HF etiology list
10

A
  1. myocardial damage
  2. valvular disorders
  3. some arrhythmias
  4. conduction disorders
  5. cardiomyopathies
  6. infiltrative disorders
  7. genetic conditions
  8. increases cardiac output demands
  9. increased afterload
  10. excess fluid or sodium
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9
Q

valvular disorders than can lead to HF
2

A
  1. aortic stenosis
  2. mitral regurgitation
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10
Q

arrhythmias that can cause HF
3

A
  1. a fib
  2. brady arrhythmias
  3. tachy arrhythmias
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11
Q

disorders that increase afterload that can lead to HF
2

A
  1. aortic stenosis
  2. hypertension
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12
Q

what is afterload

A

the amount of pressure that the heart needs to exert to eject blood during ventricular contraction

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13
Q

HF common risk factors
11

A
  1. HTN
  2. CAD
  3. MI
  4. DM
  5. metabolic syndrome, obesity
  6. family history of CVD
  7. 65 or older
  8. alcohol abuse
  9. pregnancy
  10. sleep apnea
  11. toxins (chemo, drugs, alcohol)
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14
Q

The most common sx of HF are
2

A

dyspnea
fatigue

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15
Q

mild HF sx include
10

A
  1. crackles in lungs
  2. S3 gallop
  3. JVD
  4. dyspnea on exertion
  5. nocturia
  6. tachycardia
  7. diminished exercise capacity
  8. fatigue/weakness
  9. peripheral edema
  10. weight gain
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16
Q

moderate HF sx
7

A
  1. cough, especially nocturnal
  2. crackles in lung bases
  3. PND - SOB that awaken pt, usually relieved by upright position
  4. tachypnea/SOB
  5. tachycardia
  6. hepatomegaly/ascites
  7. edema - peripheral, presacral, scrotal
17
Q

severe HF sx
5

A
  1. ascites
  2. cyanosis/poor perfusion
  3. decreased LOC
  4. frothy sputum or pink sputum
  5. hypotension
18
Q

lab diagnostic study for HF
2

A

BNP or NT-proBNP - natriuretic peptide biomarkers

19
Q

Cardiac conditions that can cause an increased level of natriuretic peptide biomarkers
10

A
  1. HF
  2. ACS
  3. heart muscle disease
  4. valvular HD
  5. pericardial disease
  6. a fib
  7. myocarditis
  8. cardiac surgery
  9. cardioversion
  10. toxic metabolic myocardial insults - including cancer chemo
20
Q

Non-Cardiac conditions that can cause an increased level of natriuretic peptide biomarkers
8

A
  1. advanced age
  2. anemia
  3. renal failure
  4. pulmonary - OSA, PNA
  5. pulmonary HTN
  6. critical illness
  7. bacterial sepsis
  8. severe burns
21
Q

HF preferred study for initial w/u

A

transthoracic echocardiogram or 2-D doppler flow study

22
Q

transthoracic echocardiogram or 2-D doppler flow study assess what
2

A
  1. est ejection fraction
  2. valve function and structure
23
Q

HF EKG can assess for
3

A
  1. arrhythmias
  2. left ventricular hypertrophy
  3. recent/previous MI as underlying cause
24
Q

HF - why check CBC
2

A

assess for anemia and infection

25
Q

HF - check what electrolytes
4

A

K
Ca
Na
Magnesium

26
Q

HF - why check UA

A

if proteinuria >1 g/24 hours or not reversed within 2 weeks of successful HF therapy, consider w/u for intrinsic renal disease

27
Q

late sx of HF

A

weight gain - occurs almost 3 weeks after decompensation has begun, occurs in about 50% of patients

28
Q

what vaccines are recommended for HF patients
2

A

flu
pneumococcal

29
Q

pharm - triple therapy is recommended in what classes

A

NYHA class II-III

30
Q

triple therapy for HF

A
  1. ACE inhibitor
  2. ARB or ARNI
  3. BB or aldosterone receptor antagonist