The DETAC research group aims to conduct an integrated study of the pelagic communities of the continental shelf of the Spanish Mediterranean, under an ecosystem approach.

The research group aims to generate solid scientific knowledge about the biodiversity and conservation status of Vulnerable Marine Ecosystems (VMEs) in the High Seas, including the analysis of overlaps, interactions, and impacts resulting from bottom fisheries and other human activities. Additionally, the goal is to integrate this knowledge into the advisory processes of Regional Fisheries Management Organizations (RFMOs) and other relevant national and international bodies, in order to promote sustainable and evidence-based management.

The evaluation of living marine resources is a necessity for society to guarantee the sustainability of these resources and maximize the social benefit of their exploitation. The evaluation process aims to quantify the consequences of different management alternatives. For this objective, it is necessary to have knowledge of the dynamics of the populations and ecosystems studied and how fishing activity affects these populations. This can be done, preferably, by developing mathematical models that incorporate biological and fisheries information.

Ver https://ipp.csic.es/en/org-structure/behavioral-social-sciences-csc

The main goal o fthe group is to understand how breast cancer drugs works.

Membranes and nanostructured materials: focuses on three main lines: (1) Synthesis and characterization of nanoporous materials: zeolites, titanosilicates, lamellar materials, ordered mesoporous silicas, graphene derivatives, MOF and COF, controlling their surface chemistry and textural properties. (2) Development of mixed membranes: dense and supported on flat and hollow fiber polymeric supports for molecular separations.

Catalysis and Carbonaceous Nanomaterials: the main lines of research are: i) Synthesis and characterization of metal catalysts supported on biomass-derived carbon; ii) Development of catalysts for CO2 methanation; iii) Development of catalysts for selective dehydrogenation of bioethanol to acetaldehyde; iv) Production of hydrogen and carbonaceous nanomaterials (e. g.

We use murine and cellular genetic models to characterize new signalling pathways and oncogenic functions that govern the onset and progression of lung adenocarcinoma (LUAD). Mounting evidences suggest that membrane-bound RAS molecules segregate into multimers known as nanoclusters. These structures are regulated through protein–protein and protein–lipid interactions but most of the molecular details that govern the biology and function of such membrane clusters are still ignored.