Author archives: Rosa García-Verdugo

Image of Rosa García-Verdugo

Rosa studied Biochemistry at University of Oviedo and, after working for a while in immunology at the Center for Biological Research (CIB) and another brief period of systems biology at the Center for Genomic Regulation (CRG), she eventually got her PhD in systems neurobiology at the Max-Planck-Institute of Neurobiology in Munich. Her research deals with neuronal plasticity in mouse visual cortex and big 2-photon microscopes.

Sexual differences in pain sensation could be due to differing pain receptors

Sexual differences in pain sensation could be due to differing pain receptors

Neuroscience

By Rosa García-Verdugo

Pain is highly personal. What to some doesn’t even deserve the name, for others can be unbereable. Now, we just discovered a difference in how we feel it: men and women have different pain receptors. Recent research has demonstrated in rodents and, importantly, primates including humans, that there are sex differences in pain receptors, also […]

Stopping jumping genes could increase lifespan, at least in worms

Stopping jumping genes could increase lifespan, at least in worms

Genetics

By Rosa García-Verdugo

Roundworms are the most commonly used animal model to investigate aging and methods to increase the lifespan such as intermittent fasting. Latest research indicates that jumping genes could be another target for interventions aiming towards expanding the lifespan. What are jumping genes? Also called transposons, are movable stretches of DNA of possible viral origin that […]

Drug combinations to combat antibiotic resistance

Drug combinations to combat antibiotic resistance

BiologyBiomedicineMedicinePharmacy

By Rosa García-Verdugo

One of the biggest health threats in our current society is not related to a virus, not even to diabetes or cardiovascular disease, but to antimicrobial resistance. In fact, over 5 million deaths per year are associated with resistant bacteria, of which nearly 1.3 million deaths per year are directly attributable to antimicrobial resistance. This […]

A new imaging technique allows visualisation inside intact animals

A new imaging technique allows visualisation inside intact animals

BiomedicineMolecular biology

By Rosa García-Verdugo

One of the biggest challenges of medical imaging technologies is actually resolving the structures of interest, be it a tumour, a lung or a blood vessel, without the “noise” from other bodily parts like skin or muscle. A new imaging technique allows for visualisation inside intact animals at higher resolution than ever before. A team […]