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The study shows that a simple, non-pharmacological technique known as remote ischemic conditioning (RIC) can protect the heart during treatment with anthracyclines

The study, published in Circulation Research, identifies cardiac fibroblasts and resident macrophages as essential contributors to the characteristic electrical activity that maintains this arrhythmia

The study, published in Circulation Research, reveals that neutrophils—key immune cells—change their behavior in line with circadian rhythms, affecting cerebral perfusion and collateral circulation

A CNIC research team has identified for the first time the biological mechanism underlying this susceptibility: high blood pressure creates a hidden metabolic vulnerability in the heart that becomes destabilized when anthracyclines are administered.

In this latest round, the la Caixa Foundation Health Research Call has selected 34 new cutting-edge biomedical research projects