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E.g., 24/11/2024
E.g., 24/11/2024
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

De izda. a dcha.: Verónica Casquero, Sofía Sánchez, Irene García, Macarena Fernández, Wen Luo, Severin Muhleder, Lourdes García, Rui Benedito
Research
9 Dec 2020

Científicos del CNIC han descubierto un mecanismo celular y molecular que puede ayudar a promover la arterialización y perfusión en los tejidos que han sufrido una reducción del riego sanguíneo.

Jesús Vázquez, Almudena Ramiro, José Luis Martín Ventura, Inmaculada Martos Folgado, Cristina Lorenzo y Sonia Mur.
Research
2 Dec 2020

Un estudio que se publica en Nature muestra a la proteína mitocondrial ALDH4A1 como un nuevo autoantígeno implicado en los procesos de la aterosclerosis

Research
27 Oct 2020

The finding provides a basis for mitigating the loss of muscle regenerative capacity in very elderly people.

Research
16 Oct 2020

Scientists at the Centro Nacional de Investigaciones Cardiovasculares (CNIC) review the roles of a groups of proteins called stress kinases in metabolism in an article published in Nature Reviews Endocrinology


Research
17 Sep 2020

The results published in Nature Metabolism could be useful to design new treatments for the obese and overweight, and for some associated pathologies, including fatty liver disease and type 2 diabetes

Research
30 Jul 2020

The study, published in Nature, shows that sodium controls hypoxic signaling in the mitochondrial respiratory chain

Research
25 Jun 2020

The regulatory protein SCAF1 enables mitochondria to adapt to the available nutrient source of sugars, fats, or proteins


Research
28 Apr 2020

CNIC scientists, working with international partners, have developed a new experimental mouse model that allows them to study how cells sense, interpret, and generate mechanical forces

Microscopía confocal mostrando un macrófago peritoneal de un ratón deficiente en RXR, donde se observa un alto contenido de lípidos (verde) dentro de vesículas ácidas (rojo).
Research
3 Apr 2020

Published in Nature Communications, the study suggests that it may be possible to regulate the number and activity of these macrophages with drugs that modulate the nuclear receptor RXR