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CNIC study shows that selection between mitochondrial genomes depends on how each type of mitochondria affects cell metabolism

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

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

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

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

The newly identified immune control system is located within one of the most important cell types of the immune system, the neutrophil

CNIC scientists have identified the molecular mechanisms that allow our cells to adapt to, protect themselves against, and survive mechanical stress

The NeutroCure project focuses on reactive oxygen species (ROS), which play central roles in healthy animals, such as redox signalling to regulate cell growth