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E.g., 23/07/2024
E.g., 23/07/2024
Macaca
Research
18 Apr 2022

The research will provide insights into the development of potential treatments for neurological diseases and obesity, among other human conditions


Valentín Fuster
About the CNIC
4 Apr 2022

CNIC leader will be recognized for his exceptional achievements at the 71st annual conference


Enrique Calvo, Jesús Vázquez, Álvaro Alfayate, Estefanía Núñez y José Luis Martín Ventura.
Research
28 Mar 2022

A study published in the journal eBiomedicine identifies new biomarkers that predict the presence of subclinical atherosclerosis

Bone marrow contributes to the development of atherosclerosis
Research
21 Mar 2022

The new discovery suggests new research avenues toward the discovery of interventions to prevent or arrest atherosclerosis

. 3D model of a femoral artery obtained by real 3D imaging, revealing the location, number, and extent of distinct atherosclerotic plaques. In this sample, three plaques can be discerned (arrows), at the femoral bifurcation and distributed along the superficial branch.
Research
16 Mar 2022

Scientists at the CNIC have led the development of a new three dimensional ultrasound method that improves the assessment of cardiovascular risk in healthy individuals


José Javier Fuster
About the CNIC
23 Feb 2022

Researchers from the CNIC and Columbia University (USA) review the role of acquired mutations and clonal hematopoiesis in cardiovascular disease

Alexandra
Miguel Palomino Segura, Georgiana Crainiciuc, Jon Sicilia y Andrés Hidalgo
Research
5 Jan 2022

Scientists at the CNIC have developed a simple model for studying the behavior of immune cells in live animals and have identified a harmful cell behavior pattern associated with cardiovascular disease


David Sancho y Carlos del Fresno
Research
18 Nov 2021

Immune therapy based on nasal administration of a preparation of dead bacteria called MV130 prevents death in experimental animals infected with the SARS-CoV-2 coronavirus and increases the immunogenicity of COVID-19 vaccines

Daño local en las fibras musculares tras el ejercicio. Visualización del daño local en fibras de músculo esquelético (soleous y gastro) de ratón joven tras el ejercicio, mediante la tinción con marcadores de daño local como Filamina C (verde) y Evans Blue (rojo), y los núcleos (en azul) de fibras.
Research
18 Oct 2021

Researchers from the National Center for Cardiovascular Research and the Pompeu Fabra University describe in Science a new mechanism for muscle regeneration after physiological damage