PhD Thesis defence: Lorena De Oñate
Sala Ramón y Cajal Parc de Recerca Biomèdica (PRBB), Barcelona, Spain"Research on cardiac differentiation from human pluripotent stem cells: how to get beating cells in a dish"
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PhD Thesis defence: Lorena De Oñate
Sala Ramón y Cajal Parc de Recerca Biomèdica (PRBB), Barcelona, Spain"Research on cardiac differentiation from human pluripotent stem cells: how to get beating cells in a dish"
PhD Discussions Session: Maria Chiara Biagi and Roger Oria
PhD Discussion sessions are open to all staff and researchers at all career stages, and are intended to help PhD students gain feedback from colleagues by presenting their research results and discussing them with each other, as well as with more experienced researchers.
PhD Discussions Session: Maria Chiara Biagi and Roger Oria
PhD Discussion sessions are open to all staff and researchers at all career stages, and are intended to help PhD students gain feedback from colleagues by presenting their research results and discussing them with each other, as well as with more experienced researchers.
IBEC Seminar: Chia-Fu Chou
Low-copy number biomolecular analysis with dielectrophoretic enrichment /trapping via molecular dam and plasmonic electrode nanogaps
IBEC Seminar: Chia-Fu Chou
Low-copy number biomolecular analysis with dielectrophoretic enrichment /trapping via molecular dam and plasmonic electrode nanogaps
IBEC Seminar: Alexandre Perera
Data evaluation in Metabolomics, preprocessing, analysis and biological enrichment
IBEC Seminar: Alexandre Perera
Data evaluation in Metabolomics, preprocessing, analysis and biological enrichment
PhD Thesis defence: Ernest Moles
Aula Magna, Faculty of Pharmacy Av. Joan XXIII s/n, Barcelona, Spain“Development of polyvalent erythrocyte- and parasitized erythrocyte-targeted nanovectors as novel site-specific drug delivery approaches for Plasmodium falciparum malaria chemotherapy”
PhD Thesis defence: Ernest Moles
Aula Magna, Faculty of Pharmacy Av. Joan XXIII s/n, Barcelona, Spain“Development of polyvalent erythrocyte- and parasitized erythrocyte-targeted nanovectors as novel site-specific drug delivery approaches for Plasmodium falciparum malaria chemotherapy”