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Our mission is to reduce the burden of cardiovascular disease in Europe through percutaneous cardiovascular interventions.
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OUR MISSION: TO REDUCE THE BURDEN OF CARDIOVASCULAR DISEASE
A 36 years old male patient, 70 kg weight, was admitted to hospital with acute pericarditis (typical chest pain, fever, diffuse ST elevation, slight PR depression, small pericardial effusion); C-reactive protein (CRP) was elevated (89.4 mg/L). Therapy with ibuprofen 1800 mg daily was started and continued for the following weeks but despite resolution of chest pain, CRP remained elevated and pericardial effusion modestly increased.
Colchicine 1 mg daily was added, but was then withdrawn for diarrhoea, and prednisone 37.5 mg was started; diuretics were added within one month from presentation, due to hydrosaline retention with weight increase, and beta-blockers were prescribed for persistent tachycardia. Extensive infective and immunologic assessment was carried out but gave negative results. After 6 months the patient was complaining of dyspnoea, peripheral oedema and jugular distension. Echocardiography showed a thickened pericardium with Doppler findings suggestive for constriction (transmitral flow variation >25% during respiration).
(Figure 1. Anatomy: morphologic T1-weighted imaging showing circumferential pericardium thickening without effusion (arrows)
Cardiac magnetic resonance (CMR) showed diffuse pericardial thickening (Figure 1), pathologic ventricular interdependence with inspiratory septal flattening on cine real-time imaging, characteristic of constrictive pericarditis (4,5) (Figure 2) and enhanced visceral pericardium after gadolinium (Magnevist, 0.15 mmol/kg) injection, suggestive of active inflammation. Cardiac catheterization confirmed pericardial constriction (square root sign and right and left ventricle telediastolic pressure equalization), and coronary angiography revealed normal coronary arteries. Eleven months after the first hospital admission for acute pericarditis, extensive pericardiectomy was performed, with complete symptomatic relief and regression of signs of constriction. Histology showed non-specific chronic diffuse inflammation and fibrosis.
(Figure 2. Physiology: real-time cardiovascular magnetic resonance images during expiration (left panel) and inspiration (right panel). Ventricular interdependence is evident, with inspiratory septal flattening (right panel, arrow))
Constrictive pericarditis more commonly presents directly with the typical picture of congestive heart failure, eventually years after chest radiotherapy or cardiac surgery; it has been proposed that more rarely it may present as the progressive subacute evolution of an acute idiopathic pericarditis (3). This second presentation is sometimes erroneously labelled as an idiopathic “recurrent” pericarditis, but should more properly be considered as a single, first episode of acute idiopathic pericarditis directly evolving into constriction. Constriction may sometimes be transient (10-20% of cases) (6), with resolution within few months.
CMR can be a very useful tool in the diagnostic work up of patients with suspected constrictive pericarditis, thanks to its capability to thoroughly depict both the morphologic aspects of the pericardium and the dynamic physiologic consequences of pericardial constriction; moreover, the administration of gadolinium can identify persisting inflammation causing pericardial enhancement (4).
Timing of surgery is important, and pericardiectomy should be performed by surgeons with experience with this procedure. Long-term survival after pericardiectomy is inferior to that of an age-matched and sex-matched population. In the Mayo Clinic series, the 5-year and 10-year survival was 78 and 57%, respectively (1). Idiopathic constrictive pericarditis had the best prognosis (7-year survival 88%) followed by postsurgical (66%) and postradiation constriction (27%).
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