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A new study published in Circulation Research shows that loss of cardiac expression of SRSF3 leads to a critical reduction in the expression of genes related to contraction

CNIC scientists have developed a new genetic tool that significantly facilitates the study of gene function in physiological conditions and disease.

Image: In the picture, individual endothelial cells have different fluorescent barcodes and mitogenic stimulations, allowing the non-invasive fate-mapping of their proliferative and migratory behaviours over time.

The results, published in JACC, demonstrate the potential of this technology to generate images of the inflammation associated with systemic atherosclerosis; this information will be useful for the study of early stages of this disease and will help to identify individuals who will benefit from early medical intervention

This new results, published in EMBO Molecular Medicine, identify a possible therapeutic target for this genetic disease

CNIC researchers have discovered a new inflammatory control mechanism that paves the way to controlling injury generated during the immune response

Dr. Göttgens gave the conference "Cellular States, Differentiation Trajectories and Regulatory Networks of Blood Cell Development" at the CNIC Seminar cycle, invited by Dr. Miguel Manzanares.

CNIC researchers have uncovered the mechanism by which brown fat cells are activated to generate heat and eliminate excess fatsa