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Acute Heart Failure Chief Rounds, Sept. 14, 2009 Dr. Frederic L. Ginsberg. CJTMEustaquio, MD PGY-3. Internal Medicine Cooper University Hospital. I.Introduction - Definition & Causes - General Approach II.Case 1: LS, 62M. cc: chest pain - Discussion: Management - PowerPoint PPT Presentation
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Acute Heart FailureChief Rounds, Sept. 14, 2009
Dr. Frederic L. Ginsberg
CJTMEustaquio, MD
PGY-3. Internal Medicine
Cooper University Hospital
I. Introduction
- Definition & Causes
- General Approach
II. Case 1: LS, 62M. cc: chest pain
- Discussion: Management
III. Case 2: DF, 60M. cc: syncope
- Discussion: Management
IV.Case 3: DK, 63F. cc: dyspnea
- Discussion: Management
V. Conclusion
I. INTRODUCTION
• Potentially fatal
• Key concepts
o Determinants of cardiac output
o Heart failure
- dyspnea
• Introduction
• Case 1
• Case 2
• Case 3
• Conclusion
Congestive Heart Failure• Introduction• Case 1• Case 2• Case 3• Conclusion
o Acute decompensated heart failure
- Potentially fatal
- Cardiogenic pulmonary edema
- Flash pulmonary edema
• Introduction• Case 1• Case 2• Case 3• Conclusion
General Approach
1. Suspect the diagnosis from S/Sx
- HPI: cough, SOB, fatigue, chest pain/ discomfort
- PE: RR, HR, or BP
accessory muscles
wheezing
S3, S4 gallop
murmurs
JVP
pedal edema
• Introduction
• Case 1
• Case 2
• Case 3
• Conclusion
2. Consider precipitating factorsCARDIAC- MI & myocardial ischemia- Atrial fibrillation, other
arrhythmias- Progression of underlying
cardiac dysfunction- RV pacing with dyssynchrony
NON CARDIAC- Severe HTN- Renal failure- Miscellaneous:
anemiahypo/hyperthyroidismtoxins (cocaine, EtOH)fever & infectionuncontrolled DM
- Medications- PE- Dietary indiscretion, medication
noncompliance, iatrogenic volume overload
• Introduction• Case 1• Case 2• Case 3• Conclusion
3. Tests
a. EKG
b. CXR
c. Lab data - CBC, basic chem 7, cardiac enzymes
BNP, NT-proBNP
Lipid profile, LFTs, TSH
d. Echo
e. Swan-Ganz catheter
f. Coronary Angiography
g. Others: EP studies
4. Treat
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 1: LS, 62M. Cc: chest pain
• SSCP at restSOB, dyspnea on exertionDiaphoresis
• HTN, DM, HPLCAD s/p POBA 1991Previous smoker
• Metoprolol, HCTZ, Glyburide, Enalapril, Fish Oil, Lovastatin
• 95.2F, 78, 164/83, 18, 99%RANo JVD. CTA b/l.RRR, good S1/S2, no m/r/gNo pedal edema.
• Introduction• Case 1• Case 2• Case 3• Conclusion
Recommendations for the Evaluation of Patients with HF
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 1: LS, 62M. Cc: chest pain
EKG T wave inversions I, V5, AVL. No ST elevation
CXR No infiltrate
Labs 8.8 17.9 145
49.7
135 95 23 200
3.4 25 0.8
CK 276
MB 15.7
Trop 0.03
ProBNP 279
Echo 3/13/09: Severe global systolic dysfxn. EF 15-20%.
Gr I diastolic dysfxn.
SwanG N/A
Cath 4/13/09: severe, multiple vessel CAD. RCA dominant. EF 15%.
Prox RCA 50%. Distal RCA 95%.
1st R posterolat segment 100% -- L to R collaterals
Prox LAD 100% - L to L collaterals
OM1 30%
Ramus intermedius 100% -- L to L collaterals
• Introduction• Case 1• Case 2• Case 3• Conclusion
• Diagnoses:
1. NSTEMI
2. Chronic Systolic Heart Failure 2 to severe CAD,
3. not in acute decompensation
4. HTN, DM, HPL
• Introduction• Case 1• Case 2• Case 3• Conclusion
Recommendations for the Evaluation of Patients with HF
• Introduction• Case 1• Case 2• Case 3• Conclusion
Recommendations for the Evaluation of Patients with HF
• Introduction• Case 1• Case 2• Case 3• Conclusion
The Stages of Heart Failure – NYHA Classification
• Introduction• Case 1• Case 2• Case 3• Conclusion
• Management: Medical + Evaluation for CABG
- Thallium viability study: viable myocardium except distal apex
- Discharged, then readmitted in 2 weeks for planned CABG x5:
LIMA to D2 and LAD.
SVG to D1. SVG to posterior descending artery & distal RCA.
• Introduction• Case 1• Case 2• Case 3• Conclusion
Treatment Recommendations for Patients at High Risk of Developing Heart Failure (Stage A)
• Introduction• Case 1• Case 2• Case 3• Conclusion
Treatment Recommendations for Patients with Asymptomatic LV Systolic Dysfunction (Stage B)
• Introduction• Case 1• Case 2• Case 3• Conclusion
Treatment Recommendations for Symptomatic LV Systolic Dysfunction (Stage C)
• Introduction• Case 1• Case 2• Case 3• Conclusion
Treatment Recommendations for Symptomatic LV Systolic Dysfunction (Stage C)
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
• OSH: light headedness & syncope
- (+) troponin
- atrial flutter
- severe hypotension – on Norepinephrine drip (Levophed)
- transferred to CUH for cardiac catheterization• PMH:
- Hepatitis C - s/p cholecystectomy
- ESRD on HD - s/p patial colectomy 2 to polyps
- NHL s/p chemo 2007 - s/p hernia repair
- HTN - s/p AV fistula
- ascites
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
• SH: current smoker – 43py
occasional EtOH
former IVDA, quit 1978
• PE: afebrile, 127/91, HR=98, RR=30• JVP=15 cm H20, 2+ carotid upstrokes• CTA B/L• RR, tachycardic, normal S1/S2• Hepatomegaly• No LE edema
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
EKG Atrial flutter. Ventricular rate 105.
CXR CT chest: no PE
Labs 5.4 13 154
49.7
133 91 63 166
5.0 23 9.5
CK 159
MB 3.3
Trop 2.8
ProBNP 2,754
Echo 7/08/09: Severe global systolic dysfxn. EF 10-15%.
Septal dyskinesis.
SwanG N/A
Cath 7/08/09: normal coronaries.
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
• Diagnoses:
- Acute Decompensated Heart Failure
- Syncope.
- NICMP EF 10-15%.
- Paroxysmal atrial flutter.
- ESRD.
• Introduction• Case 1• Case 2• Case 3• Conclusion
Recommendations for the Management of Acute Heart Failure
• Hospitalization– Hypotension, worsening renal function or altered mentation– Dyspnea at rest– Arrhythmia – ACS
• In-patient monitoring• Hemodynamic monitoring• Treatment goals
• Introduction• Case 1• Case 2• Case 3• Conclusion
Goals of Initial Management of ADHF
• Hemodynamic stabilization• Support of oxygenation and ventilation• Symptom relief
• Introduction• Case 1• Case 2• Case 3• Conclusion
Treatment Goals for Patients with ADHF
• Improve symptoms• Optimize volume status• Identify etiology• Identify precipitating factors• Optimize chronic oral therapy• Minimize side effects• Identify patients who might benefit from revascularization• Educate
• Introduction• Case 1• Case 2• Case 3• Conclusion
Components of Therapy for ADHF
• Na and fluid restriction• Diuretics• Oxygen and assisted ventilation• Morphine• Vasodilator – nitrate, nesiritide• Inotropic agents – dobutamine, milrinone• ACE inhibitors and ARBs• Beta-blockers
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
• Medications:
- ASA 325 mg daily
- ISMN ER 30 mg daily
- Carvedilol 25 mg BID
- Hydralazine 10 mg TID
- Valsartan 80 mg daily
- Temazepam 30 mg daily
- Gabapentin 300 mg BID
- Percocet prn
- Warfarin 2.5 mg daily
• Introduction• Case 1• Case 2• Case 3• Conclusion
Additional Considerations in ADHF
• Arrhythmia management• Mechanical cardiac assistance• Ultrafiltration• Vasopressin receptor antagonist
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
• EP studies, re atrial flutter.• TEE: no A-V clot• Atrial flutter ablation & ICD placement• Anticoagulation with Warfarin.
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
Why the decision for an ICD during this admission vs. waiting 3 months of max medical therapy as in Case 1?
• Introduction• Case 1• Case 2• Case 3• Conclusion
Recommendations for Management of Concomitant Diseases in Patients with HF
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 2: DF, 60M. Cc: Syncope
What inotropes are recommended had he still been hypotensive on transfer to CUH?
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 3: DK, 63F. Cc: dyspnea
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 3: DK, 63F. Cc: dyspnea
• Admitted under GYN in May & June 2009, cc: Nausea, vomiting• Recent ovarian CA recurrence• Developed acute, severe SOB at rest while on the floors
ICU transfer & BIPAP
• PMH:
- Ovarian CA 1997, s/p resection
1st recurrence, 2002. s/p chemo
2nd recurrence, May 2009.
- HTN – Tenormin 80 mg daily
- DM II – Metformin 500 mg BID, Pioglitazone 45mg daily
- sulfa allergy
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 3: DK, 63F. Cc: dyspnea
• FH: MI – father 75, brother 63
COPD – mother 64, sister• SH: no smoking, no EtOH• ROS: occasional palpitations, fatigue• PE: BP 124/55, HR 98
no JVD
LLL crackles
normal S1/S2, no murmurs, (+) S3 gallop
no pedal edema
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 3: DK, 63F. Cc: dyspnea
EKG NSR. T-wave inversions in I, AVL. ST depressions V4-V6
CXR Pleural effusions B/L, L>R. Incg pulmonary edema b/l.
Labs 9.8
7.8 31.1 299
137 101 15 105
3.9 26 0.6
CK 187 -- 103
MB 20.1 –14.6
Trop 0.58 – 0.32
ProBNP
Echo 6/01/09: Severe global LV systolic dysfxn. EF 10%
RV systolic pressure 62 mm Hg. Mild MR, mod TR.
SwanG N/A
Cath 6/1/09: single vessel CAD. 70% RCA stenosis.
Severe LV dysfunction out of proportion to single vessel CAD.
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 3: DK, 63F. Cc: dyspnea
• Diagnoses:
- Acute decompensated heart failure (with cardiogenic pulmonary edema)
- Cardiomyopathy with severe LV dysfunction, unclear etiology
- Single vessel CAD – likely not the cause of CMP
- DM II
- HTN
- Ovarian CA
- HPL
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 3: DK, 63F. Cc: dyspnea
• Medical therapy for ADHF • (IV Furosemide, Carvedilol, Lisinopril , ASA, statin. NPPV)
symptomatic improvement
back to GYN floors, discharged after 15 days
• HF meds discontinued on D/C – unclear reason
• Out-patient cardiology F/U within 1 week:
- SOB much improved, only mild SOB on climbing 1 flight of stairs
- back on Tenormin; not on beta blocker, ASA, ACE-I
- Add ASA, Carvedilol.
- Repeat echo in 2 weeks.
- F/U with GYN re Tx plan for ovarian CA recurrence.
• Introduction• Case 1• Case 2• Case 3• Conclusion
Case 3: DK, 63F. Cc: dyspnea
Takotsubo cardiomyopathy??
• Introduction• Case 1• Case 2• Case 3• Conclusion
Takotsubo cardiomyopathy
• Stress-induced CMP• Apical ballooning syndrome• Broken heart syndrome
• Transient LV systolic dysfunction
• Mimics MI• No significant CAD
• Introduction• Case 1• Case 2• Case 3• Conclusion
Takotsubo Cardiomyopathy
• Stress-induced• Acute medical illness / intense emotional stress / physical stress• Pathogenesis unknown• Catecholamine excess, coronary artery spasm, microvascular
dysfunction
• Introduction• Case 1• Case 2• Case 3• Conclusion
Takotsubo Cardiomyopathy
• Treatment and prognosis– Supportive– Hydration– Standard HF meds
• ACE inhibitor• Beta-blocker• Diuretic• Aspirin
– MR 0 – 8 %– Recovery in 1 to 4 weeks
• Introduction• Case 1• Case 2• Case 3• Conclusion
Conclusion
• Heart failure and ACS• ADHF in atrial flutter & ESRD• Takotsubo CMP
• Evaluation guidelines in HF• Management principles in ADHF• Management of HF in general
• Introduction• Case 1• Case 2• Case 3• Conclusion