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Co-morbidities in AHF : Pulmonary disease.
1. Comorbidities in acute heart failure-
pulmonary disease
Frans H. Rutten, MD, PhD, general practitioner
Frans H. Rutten, MD, PhD, general practitioner
Julius Center, University Medical Center Utrecht,
Netherlands
3. 40% ‘COPD’ aged 65 yrs or over: NO COPD1
78% ‘COPD’ hospitalized acute systolic HF: NO COPD 2
20.5% ‘COPD’: unrecognized HF 1
20.5% real COPD: unrecognized HF 1
1. Rutten FH et al. EHJ 2005;26:1887-94
2. Brenner S et al. Int J Card 2013;168:1910-6.
Doubt diagnosis of COPD!!
cardiologists afraid to overdiagnose HF..
pulmonologist/GPs are not afraid to overdiagnose COPD..
4. Background
heart and lungs ‘tandem’ in providing oxygen saturated blood
both share tobacco smoking as important risk factor:
- lung destruction (Western world >90% COPD by smoking)
- endothelial dysfunction atherosclerosis and IHD
- first/second/third hand smoke plaque rupture/erosion
risk of acute MI , also in non-smokers
- cause of death in COPD patients often cardiovascular
6. smoking ban resulted in reduction in acute MI
• Flanders Belgium Heart 2014;100:1430-5
before and after smoking ban in public places, work places,
restaurants
women < 60 jr - 33.8% > 60 jr - 9.0%
men < 60 jr - 13.1% > 60 jr - 7.0%
• Schmucker Germany Eur J Prev Cardiol 2014;9:1180-6
+4% smokers
16% reduction STEMI
-26% non smokers
7. Also in patients with COPD:
Heart failure ‘always’ left sided
Only ≈ 1% cor pulmonale (SPAP > 50mmHg)
Naeije R et al Proc Am Thorac Soc 2005;2:20-2
8. To whom should GP refer?
pulmologist or cardiologist
75 yrs old female
Obese, 30 pack yrs of smoking
20 yrs hypertension, 5 yrs coxartritis, 3 yrs diabetes
15 yrs COPD GOLD II (FEV1/FVC 65%, FEV1%pred 65%)
Primary care: 2 days more severe breathlessness,
coughing, last night orthopnoea.
Drugs: enalapril 20 mg bd, hydrochlorothiazide 25 mg od,
simvastin 40mg od, metformin 850mg bd,
tiotropium bromide inhalation18mcg bd
PE: 96 kg, 1,70m, BMI 33 kg/m2, temp 38.3 Celcius, RR 164/86 mmHg,
pulse 104 regular, 24 breaths/min, oxygen saturation 86%, lungs: rattling
breathing sounds with wheezing. JVP ?, murmurs? Apical impulse?
Is pulmonary infection the single cause?
9. respiratory symptoms ≠ pulmonary disease
Does wheezing fit with asthma or COPD?
35% of elderly with AHF wheeze at initial
presentation
Risk of overdiagnosing COPD
Jorge S et al. BMC Cardiovasc Disord 2007;7:16
10. (luckily) referred to cardiologist
ECG: SR, 104 bpm, ‘normal’
Echo: hypertrophic LV (wall thickness 13 mm)
LVEF >55%,
valves ‘normal’, indexed LA volume 40 ml/m2,
E/e’ 18, septal e’ 4 cm/s, Systolic PAP 35 mmHg.
Chest X-ray: CTR 0.49, no infiltrate or pleural fluid, however, cephalization.
Lab: Hb 8.0 mmol/l (13.6 mg/ml), leucocytes 13.3/l, creatinine 50 μmol/l
(eGFR>60 ml/min) , glucose 14.0 mmol/l,
NTproBNP 1620 pg/ml, hs-troponine I 0.043
Conclusion cardiologist: acute HFpEF triggered by pulmonary infection
Pulmonologist: exacerbation COPD ? Antibiotics, oral prednisolone, ß2-mimetics ?
11. diagnostic pitfalls with spirometry in HF
COPD (GOLD-criteria) = Obstruction on spirometry
= FEV1/FVC <70% (or LLN)
acute HF (fluid overload): FEV1 more reduced than FVC
elevated interstitial pulmonary fluid pressure
pulmonary obstruction with spirometry !!
better to (also) perform bodyplethysmography (RV/TLC)
Gueder G, et al. J Card Fail 2012;18:637-644
12. diagnostic pitfalls with spirometry in HF (2)
Should be done when ‘dry’: 3 months after hospitalization
stable non-acute HF: both FEV1 and FVC reduced with 20%, but
FEV1/FVC ratio may be used
(over-rating FEV1%pred !)
619 SHF (LVEF <40%) admitted for acute HF, 23% labeled COPD
After 6 months when ‘dry’: in 9% COPD (5% known, 4% new cases)
Brenner S et al. Int J Card 2013;168:1910-6. J Card Fail 2012;18:637-644
17. Any other options in our case?
- antibiotics for pulmonary infection
- Short acting beta2 mimetic inhalation for the first minutes???
• …on the short run…it may reduce pulmonary congestion by increasing
transepithelial sodium and chloride transport (shown in animal models)!
• …on the short run.. in small sized studies increased FEV1, improved
peripheral oxygen delivery, increased cardiac index, and decreased
systemic vascular resistance
• On the other hand: positive chronotropic effects; increased heart rates and
decreased potassium levels; facilitating hypo-potassemia -induced
arrhythmias and tachycardias.
Maak CA, et al. J Emerg Med 2013;40:135-145, Mutlu GM. Crit Care Med 2004;32:1607-1608,
Singer AJ et al ADHERE-EM Ann Emerg Med 2008
18. When stable again; beta-blockers allowed?
practice study UK: >80% of HFrEF patients with COPD
managed in HF outpatient clinic tolerated beta-blockers
Shelton RJ, et al. Heart 2006;92:331-36.
But,
Beta-blockers might slightly reduce FEV1
- clinically irrelevan, but ….
another risk of overdiagnosing COPD
Gueder G et al EJHF 2014
20. Other cardiovascular drugs in COPD
Same story as for beta-blockers.
Also statins and ACEi and ARBs may reduce all-cause mortality
But, observational studies !!
Risk of (residual) confounding
1. Mancini GBJ et al. JACC 2006;47:2554-60 (ACE-i/ARBs, statins)
2. Soyeth V et al. Eur Resp J 2007;29:279-83 (statins)
21. Conclusions
• a label of COPD ≠ true COPD
• HF treatment on the first place before inhalers
• spirometry should be done when stable/euvolemic
• shortacting beta2-mimetics in acute HF (those wheezing)??
• near future; RCTs with CV drugs in COPD??
• when stabilised: not withhold HF patients from beta-blockers