Transcript
Page 1: Role of ultrasound and biomarkers

CongestionThe key target in acute heart failure

Role of ultrasound and biomarkers

Pr Semir NouiraEmergency Department

Fattouma Bourguiba University Hospital

Monastir Tunisia

Page 2: Role of ultrasound and biomarkers
Page 3: Role of ultrasound and biomarkers
Page 4: Role of ultrasound and biomarkers
Page 5: Role of ultrasound and biomarkers

CONGESTION MECHANISMRight Left

Increase afterload

Decrease capacitance

Page 6: Role of ultrasound and biomarkers

CONGESTION MARKERSRight Left

Increase afterload

Decrease capacitance

Pulmonary artery wedge pressure increase

Pulmonary edema

Inferior Vena Cava dilatation

Page 7: Role of ultrasound and biomarkers

RECOGNIZE CONGESTION

1. Pulmonary artery wedge pressure increase

2. Pulmonary edema

3. Inferior Vena Cava dilatation

ULTRASONOGRAPHY

Page 8: Role of ultrasound and biomarkers

RECOGNIZE CONGESTION

ULTRASONOGRAPHY

1. Pulmonary artery wedge pressure increase

2. Pulmonary edema

3. Inferior Vena Cava dilatation

Page 9: Role of ultrasound and biomarkers

E/E’

NormalPAWP increase

E’A’

E’ A’

Page 10: Role of ultrasound and biomarkers

E/E’ and PAWP

Sherif FN J Am Coll Cardiol 1997

Page 11: Role of ultrasound and biomarkers

Septal E/E′

○ patients with EF <50%

• patients with EF >50%.

Ommen SR Circulation 2000

Copyright © American Heart Association, Inc. All rights reserved.

Page 12: Role of ultrasound and biomarkers

• Situations where the use of E/e' may be unreliable

– Tachycardia

– Mitral regurgitation or replacement

– LBBBèSurrogate indices

─ PFV ─ LA Ø─ LV Ø

• Hemodynamic and pulmonary congestion discrepancy

E/E’ Limits

Page 13: Role of ultrasound and biomarkers

INTRODUCTION Types of congestion in AHF

Picano E. Heart Fail Rev (2010)

Page 14: Role of ultrasound and biomarkers

RECOGNIZE CONGESTION

ULTRASONOGRAPHY

1. Pulmonary artery wedge pressure increase

2. Pulmonary edema

3. Inferior Vena Cava dilatation

Page 15: Role of ultrasound and biomarkers
Page 16: Role of ultrasound and biomarkers

Picano E. Heart Fail Rev 2010

Page 17: Role of ultrasound and biomarkers

Picano E . Heart Fail Rev 2010

Miglioranza MH J Am Coll Cardiol Imag 2013Jambrik ZN Ultrasound Med. & Biol. 2010

Page 18: Role of ultrasound and biomarkers

q Sensitive but not specific

üARDS

ü Pulmonary fibrosis…

q Methodological biais

ü Position of the patient

ü Equipment (probe type…)

LIMITS OF LUNG ULTRASOUND

Page 19: Role of ultrasound and biomarkers

Trovato GM. Am J Resp Crit Care Med 2013

LIMITS OF LUNG ULTRASOUND

Page 20: Role of ultrasound and biomarkers

RECOGNIZE CONGESTION

ULTRASONOGRAPHY

1. Pulmonary artery wedge pressure increase

2. Pulmonary edema

3. Inferior Vena Cava dilatation

Page 21: Role of ultrasound and biomarkers

IVC diameter and collapsibility

Page 22: Role of ultrasound and biomarkers

IVC diameter and collapsibility Limits

Zengin S Am J Emerg Med 2012

Page 23: Role of ultrasound and biomarkers

RECOGNIZE CONGESTION

BIOMARKERS ?

Page 24: Role of ultrasound and biomarkers

BIOMARKERS AND CONGESTION

Gaggin HK Biochimica Biophysica Acta 2013

Page 25: Role of ultrasound and biomarkers

BIOMARKERS AND CONGESTION

Miglioranza MH J Am Coll Cardiol Imag 2013

Forfia PR J Am Coll Card 2005

Page 26: Role of ultrasound and biomarkers

BIOMARKERS AND CONGESTION

q Mid-region pro-atrial natriuretic peptide (MR-

proANP)

q Mid-regional adrenomedullin (MR-proADM)

as BNP are elevated in fluid overloaded patients

who have elevated filling pressures

Page 27: Role of ultrasound and biomarkers

CONCLUSION Congestion

Hemodynamic Pulmonary

US+++

E/E’

B-lines

IVC Ø collaps

Biomarkers

BNPMR-ANPMR-ADM

Others ?

Page 28: Role of ultrasound and biomarkers

ThankThank youyou

Greetings From Tunisia

2nd Global network conference 2013 Pr. Semir NOUIRA Tunisia


Top Related