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Field
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. The position includes implementing a longitudinal study in glioma patients to identify natural speech markers predictive of postoperative prognosis, analyzing functional and structural brain data, and preparing
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and safer cell & gene therapy technologies. The candidate will participate in a highly translational project with interactions with key partners in the advance therapy field. Expected starting date
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. Tasks: Estimate genetic correlations, polygenic risk scores, prediction of causal genes, prediction of differential expression in brain, and construction of gene networks. Bioinformatic analyses will be
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, composition, and structural complexity. The group integrates Safe and Sustainable by Design (SSbD) and green chemistry principles from early development stages to guide responsible innovation across materials
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visualization. Development of an interactive and participative digital platform that encourages users to contribute through crowdsourcing, oral interviews, or sharing privately held materials. Implementation
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(interactions between species, bio-socioeconomic, monospecific and multispecific fisheries models). Identifying and monitoring marine species using environmental DNA (eDNA) and designing sampling methods in
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reviewed to ensure progress and alignment with the project goals. The planned activities include, among others: Deterministic growth of graphene nanoribbons. Structural characterisation of the synthesized
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natural experimental studies on topics of climate change and the green transition on occupational health in five main sectors (construction, health care, public transit, renewable energy, and recycling
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Predoctoral researcher at the Targeted Therapeutics & Nanodevices Research Group (Project BRAINZYME)
, precise transport, controlled release, and therapeutic activity. • Characterize and optimize these biotherapeutics in vitro by assessing their structure, functionality, and stability under storage and
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: Available positions Supervisor: Dr. Elisabet Romero Project: Design and construction of bio-inspired chromophore-protein assemblies based on the quantum design of photosynthesis for their implementation