Research Groups
IDM is structured into specialized research groups, each focused on specific aspects of molecular recognition and technological development.
The groups operate in a coordinated framework while maintaining scientific autonomy. Their work spans from fundamental research in supramolecular chemistry to applied technological development in sensors, materials and biomedical systems.
Research group focused on sustainability and environmental assessment, specializing in Life Cycle Assessment (LCA), microplastics, circular economy, and advanced methods for measuring environmental impacts.
Research group focused on cancer biomarkers and precision oncology, specializing in liquid biopsy, 3D tumor models, tumor–microenvironment interactions, and translational cancer research.
Research group focused on sculpture, artistic metal casting, and ceramics, exploring materials, techniques, and creative processes in contemporary artistic practice.
Research group focused on improving drug bioavailability, specializing in advanced delivery systems for the skin, eye, lung, and intestine using micro/nanotechnology and in silico/in vitro models.
Research group focused on renewable energy solutions, specializing in photovoltaic technologies, energy efficiency systems, and AI-driven tools for energy management and optimization.
Investigates how drugs and cosmetic actives are released, absorbed, and processed by the body, combining experimental biopharmaceutics with pharmacokinetic modelling to optimize dosing.
Research group focused on advanced analytical methodologies, specializing in characterization, separation, and quantification of bioactive and chiral compounds.
Designs biomedical devices, wearable technologies, and physiological monitoring systems aimed at improving healthcare and quality of life.
Explores the molecular mechanisms of inflammation and related diseases, seeking new therapeutic strategies and biomarkers for diagnosis and treatment.
Applies nanotechnology to the treatment of neurodegenerative and psychiatric disorders, developing innovative therapeutic platforms and targeted delivery systems.
Combines smart materials, chemical sensing technologies, and controlled release systems to create innovative solutions for biomedical and environmental applications.
Develops nanomaterials and molecular gate systems for sensing, diagnostics, and controlled delivery applications in healthcare and biotechnology.
Advances structural health monitoring and remote sensing technologies to assess infrastructure performance, durability, and safety.
Explores biosensors and holographic sensing technologies for healthcare, environmental monitoring, and advanced analytical applications.
Promotes research in sustainability, innovation, and intelligent sensing technologies, addressing current environmental and societal challenges.