Pulmonary embolism (PE) continues to be associated with significant mortality despite advances in the diagnostic techniques available for its detection. Anticoagulation remains standard treatment in PE although there is a consensus view that 'step-up' to thrombolytic therapy in addition to anticoagulation is indicated in those patients who are systemically shocked at presentation--a group defined as having suffered 'massive pulmonary embolism'. ⋯ In particular, the potential benefit of extending thrombolytic therapy to include those patients with sub-massive PE has been the subject of much enquiry and debate. This review examines the evidence for thrombolytic therapy and explores the potential for risk stratification in PE.
Peter O Jenkins, Javed Sultanzadeh, Manasi Bhagwat, and Paul F Jenkins.
Worthing Hospital. pjenkins@meddent.uwa.edu.au
Clin Med. 2009 Oct 1; 9 (5): 431435431-5.
AbstractPulmonary embolism (PE) continues to be associated with significant mortality despite advances in the diagnostic techniques available for its detection. Anticoagulation remains standard treatment in PE although there is a consensus view that 'step-up' to thrombolytic therapy in addition to anticoagulation is indicated in those patients who are systemically shocked at presentation--a group defined as having suffered 'massive pulmonary embolism'. Considerable research has been directed at attempting to identify further groups of patients with PE who are at high risk of morbidity and mortality--notably those who are labelled as having suffered 'sub-massive pulmonary embolism' where this is defined as the presence of right-heart strain in the absence of systemic shock. In particular, the potential benefit of extending thrombolytic therapy to include those patients with sub-massive PE has been the subject of much enquiry and debate. This review examines the evidence for thrombolytic therapy and explores the potential for risk stratification in PE.