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E.g., 17/06/2025
E.g., 17/06/2025
Jorge Nicolás Domínguez, Susana Temiño, Morena Raiola, Miquel Sendra y Miguel Torres.
Research
29 May 2025

CNIC researchers have discovered that the heart is formed from two independent cell types that act in synchrony from the onset of gastrulation. This finding could help to better understand the origin of certain congenital heart defects and open up new opportunities in regenerative medicine and tissue bioengineering.

Jianyi «Jay» Zhang
Research
14 May 2025

Jianyi «Jay» Zhang,  Chair of the Department of Biomedical Engineering (BME), at University of Alabama -Birmingham (UAB).

Proyecto_CARMINA
About the CNIC
8 Apr 2025

The system provides specialised answers to biomedical questions, ensuring data privacy by operating exclusively within the CNIC

Dr. Giuseppe Danilo Norata
About the CNIC
3 Apr 2025

Dr. Giuseppe Danilo Norata is a Full Professor of Pharmacology at the Department of Excellence of Pharmacological and Biomolecular Sciences, University of Milan

Research
31 Mar 2025

The DapaTAVI study, conducted in 39 Spanish hospitals and coordinated by the CNIC, marks a breakthrough in cardiovascular research and could transform the treatment of these patients

About the CNIC
18 Mar 2025

The CNIC has been allocated €405,625 for its involvement in GRACE, a project focused on developing innovative strategies to improve the detection and management of cardiovascular diseases.


Juan De Dios Hourcade, Juan A Bernal Rodríguez, Giovanna Giovinazzo, María Beatriz Álvarez Flores, Juan Antonio López del Olmo, Valeria Caiolfa, Antonio Quesada Navidad, Lorena Cussó Mula, Manuel Desco, Fátima Sánchez Cabo, Elena Rodríguez y Ana Dopazo.
About the CNIC
6 Feb 2025

The accreditation confirms the reliability of the units’ technical output and facilitates external collaborations, factors crucial to sustaining the CNIC’s leadership in cardiovascular research

Gráfico explicativo
Research
20 Jan 2025

An international study led by Spanish research teams has identified how genetic factors can influence the severity of disease caused by SARS-CoV-2

Macarena de Andrés Laguillo, Stefano Gambera, Sofía Sánchez Muñoz, Rui Benedito, Irene García González, Mariya Lytvyn Legin, Lourdes García Ortega, Sandra Ruiz García, Susana Ferreira da Rocha, Aroa García Cabero, Luis Diago Domingo.
Research
12 Dec 2024

iFlpMosaics is a new technology presented in Nature Methods that allows the modification and study of gene function in mouse models, advancing research on diseases caused by somatic mutations, such as cancer and vascular malformations.

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