Sinusoidal communications in liver diseases
Using original bioengineered in vitro models, we aim at describing the effects that modifications in sinusoidal biomechanics, occurring during live...
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Using original bioengineered in vitro models, we aim at describing the effects that modifications in sinusoidal biomechanics, occurring during live...
Considering the increase in worldwide population median age and life expectancy, we devote a significant part of our resources at characterizing, i...
Directed by Elías Campo To characterize the molecular alterations involved in the development and progression of lymphoid neoplasms, particularly...
Directed by Pedro Jares Our research focuses on understanding the molecular mechanisms behind the genomic instability and transcriptional dysregul...
Directed by Lluis Hernández We focus on finding non-coding RNAs (mainly microRNAs and long non-coding RNAs) as biomarkers of interest in the clini...
Observational study to explore the biology of progression in multiple sclerosis using genetic approaches coupled with neuroimage-based tissue pheno...
A randomized controlled clinical study: Study to evaluate the efficacy of cognitive rehabilitation in patients with multiple sclerosis that presen...
Multicentric study within MAGNIMS group. This project is designed to provide high quality information on the changes in structural connectivity in...
We combine computational model simulations with data analysis of electrophysiological single-neuron recordings from collaborating laboratories in o...
We are investigating the specific deficits in working memory of patients recovering from anti-NMDAR encephalitis. We study their behavioral paramet...
We investigate sleep patterns in anti-NMDAR encephalitis patients by recording polysomnogram and EEG longitudinally as patients recover from the di...
NMDAR hypofunction has been hypothesized as a possible mechanism of schizophrenia. By comparing behavioral, EEG and fMRI parameters between anti-NM...
Directed by Marc Claret We have several projects aimed at understanding neuron-type specific mitochondrial biology, from many different angles (d...
Directed by Marc Claret We use cutting-edge genetic models to unravel the epigenetic landscape of specific subpopulations of neurons under obesog...
Directed by Marc Claret We are also interested in understanding the influence of endothelial cells in systemic metabolic control and in the devel...
Directed by Marc Claret Our research focuses on understanding how neuronal heterogeneity within key hypothalamic circuits contributes to the prec...
Our group is involved in national and international projects that are contributing to important advances in the field of the genetic and epigenetic...
Affective disorders are among the leading causes of disability worldwide, and the development of treatments aimed to prevent or diminish functional...
Our group is focused on early intervention as a critical paradigm for improving disease outcomes, via the evaluation of patients with first episode...
Our group has developed novel psychological interventions for the treatment of affective disorders, i.e. psychoeducation, family intervention, func...