Radial access is now the preferred approach for percutaneous coronary interventions, according to a consensus document from the European Society of Cardiology and other European organizations and published online in EuroIntervention. However, at least one prominent US interventional cardiologist thinks the “hard benefits” of radial access “are more controversial,” though he supports increased use of the newer approach.
In November the main results of the FREEDOM trial showed that diabetics with multivessel disease do better with CABG than PCI. Now the findings of the trial’s cost-effectiveness study, published online in Circulation, demonstrate that CABG is also highly cost-effective when compared with PCI.
Elizabeth Magnuson and colleagues found that although CABG initially cost nearly $9,000 more than PCI ($34,467 versus $25,845), over the long term it was more cost effective. At five years, greater follow-up costs in the PCI group, in large part due to a greater number of repeat revascularization procedures, reduced the difference so that CABG cost only $3,600 more than PCI. The researchers calculated that CABG had a lifetime cost-effectiveness of $8,132 per QALY (quality-adjusted life-year) gained, which is considered highly cost effective. The finding was consistent across a broad range of assumptions.
The authors concluded “that CABG provides not only better long-term clinical outcomes than DES-PCI but that these benefits are achieved at an overall cost that represents an attractive use of societal health care resources. These findings suggest that existing guidelines that recommend CABG for diabetic patients with multivessel CAD remain appropriate in current practice and may provide additional support for strengthening those recommendations.”
“With great concerns about escalating healthcare costs, it’s very important when setting policy to understand the benefits gained from additional expenditures over the long run,” said Magnuson, in an AHA press release. “This is especially true in cardiovascular disease where many interventions tend to be very costly up front.”
New guidelines published online today in Circulation and the Journal of the American College of Cardiology provide an efficient overview of the best treatments for STEMI patients. (Click here to download the PDFs of the full version (64 pages) or the executive summary (27 pages) of the 2013 ACCF/AHA Guideline for the Management of ST-Elevation Myocardial Infarction.)
“We’re looking to a future where more patients survive with less heart damage and function well for years thereafter,” said Patrick O’Gara, the chair of the guidelines writing committee, in a press release. “We hope the guidelines will clarify best practices for healthcare providers across the continuum of care of STEMI patients.”
The new document strongly supports the establishment and maintenance of regional systems to treat STEMI, which should include assessment and continuous quality improvement programs.
Primary PCI remains the preferred method of reperfusion when it can be performed by experienced operators in a timely fashion. For people who can’t receive primary PCI within 120 minutes of arrival, fibrinolytic therapy should be given within 12 hours of the the onset of symptoms.
The first medical contact (FMC)-to-device time should be 90 minutes at PCI-capable hospitals. Patients who arrive at non PCI-capable hospitals should be transported to a PCI-capable hospital within 30 minutes and should be treated with a FMC-to-device system goal of 120 minutes of less.
Drug-eluting stents should not be used in patients who can’t or won’t comply with long-term dual antiplatelet therapy (DAPT). After receiving a stent patients should receive DAPT with aspirin and either clopidogrel, prasugrel, or ticagrelor.