New Heart Failure Biomarker Found
Posted on: Wednesday, 8 August 2007, 15:09 CDT
U.S. medical scientists have identified a potential new biomarker for heart failure that might be more powerful than established identification methods.
The international research team -- led by Dr. James Januzzi Jr. of the Massachusetts General Hospital's cardiology division -- determined blood levels of a protein called ST2 both indicate the presence of heart failure among patients with shortness of breath, as well as powerfully predicting the risk a patient will die during the following year.
While we are now able to diagnose heart failure with great sensitivity using natriuretic peptide tests, we have miles to go before we can reduce the considerable risk that accompanies that diagnosis, Januzzi said. "It's highly likely that examining a patient's pattern of several complementary biomarkers will be superior for predicting risk than using just one.
If we could harness the information these biomarkers yield to better adjust therapies -- in the same way that antibiotics are chosen based on the organism causing the infection -- that would be revolutionary.
The research is to appear in an upcoming issue of the Journal of the American College of Cardiology and is now available online.
Source: United Press International
Related Articles
- Common Painkillers May Raise Risk of Heart Failure
- Heart Failure Linked to Dementia Risk
- Data From Two Published Studies Show Short- and Long- Term Benefits of CHF Solutions' Aquapheresis(TM) Therapy in Treating Heart Failure Patients With Fluid Overload
- Thyroid condition associated with increased heart failure risk among older adults
- Heart Failure Worsens with Anemia, Increases Risk of Death
- Anemia Raises Heart Failure Risks
- Heart Failure Drug Associated With Higher Risk of Death in First Month After Treatment, Study Finds
- Vitamin E Supplements Might Increase Heart Failure Risks Forcertain Patients
- Vitamin E Ups Heart Failure Risk
- New Heart Failure Guidelines Developed
User Comments (0)

RSS Feeds