December 8th 2023
An estimated 8.5 million Americans will be affected by heart failure by 2030.
Trial Investigates Weight Loss Drug for Patients with Heart Failure
October 6th 2023Patients with heart failure and obesity who were administered semaglutide experienced better results — they reported fewer symptoms, felt less physically limited, lost more weight, and could walk longer in a 6-minute test.
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Advisory Committee Backs Onpattro in Heart Failure Indication Despite Questions about Benefit
September 19th 2023Even though committee members supported use of Onpattro for patients with cardiomyopathy related to transthyretin-mediated amyloidosis, they had questions about whether it provided a clinically meaningful benefit. The FDA set an action date of Oct. 8, 2023.
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Intravenous Iron for Patients With Heart Failure? Recent Research Goes Against the Grain.
September 15th 2023Injectafer (ferric carboxymaltose injection) was no better than a placebo in a double-blind study of patients with heart failure with reduced ejection fraction. The researchers offered several possible explanations for the unexpected result. Were reduced hospitalizations during the COVID-19 pandemic perhaps a factor?
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Inpefa, a New Heart Failure Drug, Surpasses Cost-Effectiveness Threshold
June 6th 2023Inpefa (sotagliflozin) added 0.39 quality of life years at an incremental lifetime cost of $29,449 for an incremental cost-effectiveness ratio of $75,510 per quality-of-life year gained, according to the study that was sponsored by the drug's maker, Lexicon Pharmaceuticals.
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Whey Protein For Building Muscle in Heart Failure Patients
June 6th 2023Positive results from a small study suggest that whey protein could have some benefits for people with heart failure, although it is a preliminary finding. Whey protein has a high concentration of leucine, which may help build muscle.
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Genetic Factors May Predispose People with MPNs to Cardiovascular Events
August 15th 2022The new report is believed to be among the first to examine cardiovascular risk in myeloproliferative neoplasms through a genetic lens. Mutations in the CALR gene may restore vascular dysfunction in some patients.
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