A new ICMAB project will study organic photovoltaics under real-world conditions to inform energy transition policies
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ICMAB researchers have discovered how a boron-based molecule can slip inside DNA and help improve existing radiotherapy techniques
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Delbios Pharmaceuticals SL, a new spin-off from the Institute of Materials Science of Barcelona (ICMAB-CSIC), has been awarded funding from the prestigious Neotec 2025 Programme (CDTI). The company, created by researchers from the Nanomol-Bio group, aims to bring innovative nanomedicines from advanced preclinical stages to early clinical development, translating cutting-edge research into real therapeutic solutions.
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Researchers at ICMAB combine paper-based lateral flow technology with organic electronics for achieving a fast, highly sensitive and label-free sensing platform. The study is published in the journal Advanced Materials.
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An ICMAB-CSIC study introduces a novel electrochemical process that could pave the way for autonomous and sustainable energy storage systems.
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ICMAB researcher Judith Guasch leads the TUMORGPLAT project (MSCA Staff Exchanges) to advance personalized, non-animal cancer models through the development of patient-derived tumor organoids.
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La química del futur: com “retallar” molècules per crear nous compostos - 7Ciències
Clip-off: la nueva técnica para crear moléculas complejas inventada por científicos catalanes (La Vanguardia)
A team of researchers at ICN2, with the collaboration of ICMAB and other international institutions, has developed a novel strategy to obtain complex organic molecules, known as macrocycles, by precisely breaking down crystalline structures. This approach enables target molecules to be 'cut out' instead of being built up step by step using traditional synthesis. The study has been published in the prestigious journal Science.
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