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E.g., 26/11/2024
E.g., 26/11/2024
Dra. Sabio
About the CNIC
17 Jun 2021

The jury acknowledged this CNIC researcher's contribution to understanding why obesity causes cardiometabolic diseases.

Borja Ibáñez
About the CNIC
10 Jun 2021

The €35,000 awarded by the foundation in each category is for research that deepens knowledge of the relationship between nutrition, food and health

About the CNIC
9 Jun 2021

The study, published in Nature in 2019, revealed relevant data about the involvement of the protein p38gamma in the development of the main type of primary liver cancer, which affects over a million people a year worldwide


About the CNIC
8 Jun 2021

Dr Enríquez and Dr del Pozo Muñoz join their colleagues Dr Miguel Torres, Dr Pura Muñoz and Dr Francisco Sánchez Madrid,  bringing to five the number of CNIC members in EMBO

Skeletal staining of the inferior limb regions of normal embryos, embryos with a single Meis allele, and an embryo with complete absence of Meis. Embryos with a single copy of Meis lack the fibula and posterior digits (black arrow). Total absence of Meis prevents limb development (white arrow).
Research
2 Jun 2021

The study, published in Nature Communications, reveals that Meis transcription factors are essential for the formation and antero-posterior patterning of the limbs during embryonic development 

Sara Martínez Martínez, María José Méndez Olivares, Álvaro Alfayate, , Andrea de la Fuente-Alonso,  Miguel R. Campanero, Juan Miguel Redondo y Jesús Vázquez.
Research
11 May 2021

Scientists at the CNIC and CSIC have shown that elevated activity of proteins regulated by nitric oxide (NO) causes the aortic disease seen in Marfan Syndrome patients

Dr. Miguel Torres
About the CNIC
10 May 2021

Dr. Torres is a member of the European Molecular Biology Organization (EMBO). Dr. Miguel Torres’s scientific research focuses on the regulation of embryonic development and the formation and regeneration of organs.

Jacky Goetz
About the CNIC
28 Apr 2021

Dr. Jacky Goetz works on intravital imaging and biomechanical forces during the progression of tumors.

3D images obtained in anatomical, functional, and tissue characterization studies performed with the ultrafast cardiac magnetic resonance protocol
Research
22 Apr 2021

Ultrafast cardiac magnetic resonance allows precise assessment of heart anatomy and function while reducing healthcare costs and increasing patient comfort