Clinical

This channel newsfeed includes clinical content on treating patients or the clinical implications in a variety of cardiac subspecialties and disease states. The channel includes news on cardiac surgery, interventional cardiologyheart failure, electrophysiologyhypertension, structural heart disease, use of pharmaceuticals, and COVID-19.   

Spectacular science: 3D model offers breathtaking look at what happens during a heart attack

So what, exactly, occurs inside the human heart during a myocardial infarction?

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Gene-editing specialists raise $63M to combat coronary heart disease

Verve Therapeutics, a healthcare company focused on improving cardiovascular outcomes through gene-editing technology, has raised $63 million in Series A2 financing.

New payment model could save rural hospitals from a post-COVID collapse

The COVID-19 pandemic hit rural hospitals especially hard—and that’s bad news for patients in areas already associated with poor cardiovascular outcomes.

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Honoring the nearly 600 US healthcare workers who have died from COVID-19

As the COVID-19 pandemic rages on, it is difficult to know just how many healthcare workers have lost their lives battling this deadly virus. According to a new project, the number currently sits at 586—and it is expected to continue rising.

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Patient access to TAVR centers: 3 key takeaways from a new study

Do patients in the United States have sufficient access to TAVR centers?

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Oncology group releases its first clinical radiation therapy guidelines for cervical cancer

The American Society for Radiation Oncology recommendations cover indications and best practices for using external beam radiation therapy and brachytherapy in the postoperative and definitive settings.

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AI algorithm predicts glucose levels one hour into the future

Bio Conscious has announced that its AI-powered Diabits app can predict blood glucose levels a full hour into the future—and it has the data to prove it.

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Machine learning predicts drug cardiotoxicity

Machine learning is playing a key role in predicting all major forms of drug cardiotoxicity, potentially helping reduce late-stage clinical trial failures.