Lab findings in Heart Disease Detection/Management Flashcards

(33 cards)

1
Q

where is ANP found?

A

in atrium of heart

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
2
Q

what peptide found in atrium

A

ANP

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
3
Q

where is BNP found

A

in ventricles of heart

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
4
Q

what peptide found in ventricles of heart

A

BNP

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
5
Q

where is CNP found

A

in endothelium

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
6
Q

what peptide found in endothleium

A

CNP

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
7
Q

when is BNP released?

A

1) ventricular stretch

2) incr volume in ventricle

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
8
Q

what do BNP levels correlate with?

A

1) LV EDP
2) NYHA classif
3) HF dx in 55+ y/o

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
9
Q

in which patient groups are BNP levels elevated?

A

1) women, elderly

2) renal insufficiency

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
10
Q

crackles in lung indicates

A

1) pulm edema

2) interstitial lung disease

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
11
Q

3/6 systolic ejection murmur indicates…

A

mitral regurg

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
12
Q

DDX for

1) 68 y/o m
2) hx of CAD, HTN, tobacco, CABG
3) 3 mo incr SOB, fatigue, incr edema, sleep on pillow
4) NO CHEST PAIN,
5) 104/60 BP, HR 98
6) crackles, S4+S3, 3/6 systolic apex to axilla
enlarge liver, edema

A

1) congestive heart disease (pulm edema)
2) mitral stenosis (murmur)
3) aortic stenosis (murmur)

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
13
Q

Tests for

1) 68 y/o m
2) hx of CAD, HTN, tobacco, CABG
3) 3 mo incr SOB, fatigue, incr edema, sleep on pillow
4) NO CHEST PAIN,
5) 104/60 BP, HR 98
6) crackles, S4+S3, 3/6 systolic apex to axilla
enlarge liver, edema

A

1) ecg
2) cmp
3) bnp
4) echo

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
14
Q

pacemaker signs on ECG

A
atrial = RA
ventricular = RV
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
15
Q

what does pt have

1) 68 y/o m
2) hx of CAD, HTN, tobacco, CABG
3) 3 mo incr SOB, fatigue, incr edema, sleep on pillow
4) NO CHEST PAIN,
5) 104/60 BP, HR 98
6) crackles, S4+S3, 3/6 systolic apex to axilla
enlarge liver, edema

A

systolic cardiomyopathy

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
16
Q

DDX for

1) 42 y/o female
2) hx of SLE
3) dyspnea w/ exertion
4) failed stress test with Bruce 1 y ago
5) BP 98/60
6) 2/6 systolic at left lower sternal border + apex
2/6 early diastolic rumble at apex

A

1) left heart failure (dyspnea on exertion)

2) valvular defect (tricuspid regurg unlikely)
- mitral regurg –> can cause LV failure but less liekley than mitral stenosis –> most likely

3) emphysema, COPD, PE

17
Q

Tests for

1) 42 y/o female
2) hx of SLE
3) dyspnea w/ exertion
4) failed stress test with Bruce 1 y ago
5) BP 98/60
6) 2/6 systolic at left lower sternal border + apex
2/6 early diastolic rumble at apex

18
Q

what does she have?

1) 42 y/o female
2) hx of SLE
3) dyspnea w/ exertion
4) failed stress test with Bruce 1 y ago
5) BP 98/60
6) 2/6 systolic at left lower sternal border (tricuspid regurg) + apex (mitral regurg)
2/6 early diastolic rumble at apex (mitral stenosis)

A

mitral stenosis caused by rheumatic heart disease

posterior leaflet doesn’t move
anterior leaflet moves like hockey stick

19
Q

if HR response and BP response normal with exercise induced stress test, this indicates what?

A

negative for exercise stress induced ischemia

20
Q

why would you look at RCA first if you have blockage in LAD

A

1) see if any additional blockage in RCA

2) look for collateral flow to compensate for lack of anterograde flow on left

21
Q

tests for

1) 26 y/o m
2) hx chronic renal failure, tobacco + FHx
3) chest pain x9 mo
4) stress test

A

1) exercise stress test

2) coronary angiography if stress abnormal

22
Q

Cardiac enzymes

Troponin (I and T)

A

proteins in actin-myosin interaction

released into blood with myocyte necrosis

23
Q

when is trop released

A

myocyte necrosis

24
Q

timeline of trop release

A

within 3-12 hrs
peak 18-24

elevated longer

25
when can troponin be elevated for prolonged time?
renal failure
26
ddx for 1) 45 y/o m acute onset chest pain 2) squeezing left sided, + SOB, + diaphoresis 3) no radiation, n/v 4) no PMHx 5) smoke 1 pack/day, father had MI in 40s 6) 120/82 BP, normal exam
1) myocardial infarction 2) unstable angina 3) aortic aneurysm/dissection 4) pulmonary embolism 5) pneumothorax
27
plan for 1) 45 y/o m acute onset chest pain 2) squeezing left sided, + SOB, + diaphoresis 3) no radiation, n/v 4) no PMHx 5) smoke 1 pack/day, father had MI in 40s 6) 120/82 BP, normal exam
1) ecg 2) troponin and creatinine 3) cath lab w/n 20 min coronary angiography
28
if patient's troponin didn't rise would that still mean MI? 1) 45 y/o m acute onset chest pain 2) squeezing left sided, + SOB, + diaphoresis 3) no radiation, n/v 4) no PMHx 5) smoke 1 pack/day, father had MI in 40s 6) 120/82 BP, normal exam
yes, because not long enough for sufficient myocyte death for troponin rise
29
DDX for 1) 53 y/o female w/ chest pain x5 become constant 2) worse with move, walk, eat 3) radiate to L arm 4) No PMHX 5) + FHx CAD 6) BP 160/80, HR 101, normal exam
2) unstable angina 3) GERD, ulcer, cholecystitis 4) pulmonary infection, PE, pneumothorax
30
tests for 1) 53 y/o female w/ chest pain x5 become constant 2) worse with move, walk, eat 3) radiate to L arm 4) No PMHX 5) + FHx CAD 6) BP 160/80, HR 101, normal exam
1) ecg- lateral ischemia 2) troponin 1 and creatinine 3) coronary angiography
31
if trop elevated what would you do 1) 53 y/o female w/ chest pain x5 become constant 2) worse with move, walk, eat 3) radiate to L arm 4) No PMHX 5) + FHx CAD 6) BP 160/80, HR 101, normal exam
go to cath lab even if still NSTEMI
32
DDX for 1) 56 y/o m 2) 1 month of exertional chest fullness 3-4x/week 3) fatigue with exertion 4) PMHx HTN, dyslipidemia 5) on asa, HCTZ, statin 6) BP 135/85 7) ECG NORMAL
1) angina or exercise induced ischemia (d/t sx with exercise) 2) could be heart failure
33
tests for 1) 56 y/o m 2) 1 month of exertional chest fullness 3-4x/week 3) fatigue with exertion 4) PMHx HTN, dyslipidemia 5) on asa, HCTZ, statin 6) BP 135/85 7) ECG NORMAL
1) reversible perfusion study with exercise --> shows decr blood to mid anterior, apical due to LAD obstruction