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A CNIC study extends the understanding of how acquired mutations in blood cells act as a new cardiovascular risk factor

A study published in Nature Cell Biology confirms that caveolae are essential for the mechanical responses of tissues subject to large mechanical forces (such as muscle, heart, blood vessels, and fat), whereas larger membrane depressions (termed 'dolines') are important for the response to weak or medium-strength forces

The finding provides a basis for mitigating the loss of muscle regenerative capacity in elderly people and for improving muscle repair in young healthy people

A new study published in eLife shows that small cups or nanofolds on the cell membrane called caveolae, by limiting abrupt changes in membrane tension, regulate the number and activity of mechanical microsensors on the cell surface called integrins

The results of the SPHERE-HF study are published in the European Journal of Heart Failure. SPHERE-HF is a multicenter academic clinical trial led by investigators at the Centro Nacional de Investigaciones Cardiovasculares (CNIC) and Hospital Clínic de Barcelona

A CNIC study reveals that mutations previously identified in the gene MINDBOMB1 (MIB1) as causing non-compaction cardiomyopathy either provoke this disease or valve defects, depending on their combination with mutations in modifier genes

CNIC scientists have identified a molecular mechanism that accounts for the arrhythmias, skeletal muscle weakness, and periodic paralysis in patients with this rare disease

A new study defines a mechanism that regulates inflammation after a myocardial infarction, opening a path to the use of the receptor