In guinea pigs, the insertion of a single gene can transform ordinary heart cells into pacemaker cells that regulate cardiac rhythm.
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Despite abundant evidence supporting their ability to help prevent and treat cardiovascular disease, the therapeutic effectiveness of fish oil–derived fatty acids remains controversial.
A glassblowing company in California crafts beautiful vascular models for cardiologists, medical device developers, and the odd installation artist.
A remote-controlled robot helps British surgeons repair heart defects.
The Burmese python’s heart triples in size after a nice big meal, thanks in part to a special blend of fatty acids.
Paul Riley of University College London discusses his new research, published June 8th in Nature.
Upon activation, a novel population of resident cardiac cells forms new muscle after damage
Are miRNAs useful for tracking and treating cardiovascular disease?
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