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.

AIMSE

PI: Prof. Nicolás Laguarda Miró.

Research group focused on sustainability and environmental assessment, specializing in Life Cycle Assessment (LCA), microplastics, circular economy, and advanced methods for measuring environmental impacts.

BIOCANCER

PI: Prof. Eloísa Jantus Lewintre.

Research group focused on cancer biomarkers and precision oncology, specializing in liquid biopsy, 3D tumor models, tumor–microenvironment interactions, and translational cancer research.

DRUGBIOP

PI: Prof. Ana Melero Zaera

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.

EVALUAMECO

PI: Prof. Matilde Merino Sanjuán

Investigates how drugs and cosmetic actives are released, absorbed, and processed by the body, combining experimental biopharmaceutics with pharmacokinetic modelling to optimize dosing.

GAMM-CyBAR

PI: Prof. Salvador Sagrado Vives

Research group focused on advanced analytical methodologies, specializing in characterization, separation, and quantification of bioactive and chiral compounds.

GED+PS

PI: Prof. Miguel Alcañiz Fillol

Designs biomedical devices, wearable technologies, and physiological monitoring systems aimed at improving healthcare and quality of life.

GEREE

PI: Prof. Francisco José Gimeno Sales

Research group focused on renewable energy solutions, specializing in photovoltaic technologies, energy efficiency systems, and AI-driven tools for energy management and optimization.

GINFAR

PI: Prof. Mª Carmen Montesinos Mezquita

Explores the molecular mechanisms of inflammation and related diseases, seeking new therapeutic strategies and biomarkers for diagnosis and treatment.

MCAS-CR

PI: Prof. Carmen Marcos Martínez

Research group focused on sculpture, artistic metal casting, and ceramics, exploring materials, techniques, and creative processes in contemporary artistic practice.

MENPs-DAT

PI: Prof. Marta Pardo Andrés

Applies nanotechnology to the treatment of neurodegenerative and psychiatric disorders, developing innovative therapeutic platforms and targeted delivery systems.

MODeLiC

PI: Prof. Pablo Gaviña Costero

Combines smart materials, chemical sensing technologies, and controlled release systems to create innovative solutions for biomedical and environmental applications.

NANOSENS

PI: Prof. Ramón Martínez Máñez

Develops nanomaterials and molecular gate systems for sensing, diagnostics, and controlled delivery applications in healthcare and biotechnology.

REDOLI

PI: Prof. Jos Vicente Ros Lis

Promotes research in sustainability, innovation, and intelligent sensing technologies, addressing current environmental and societal challenges.

SMART

PI: Prof. José Manuel Gandía Romero

Advances structural health monitoring and remote sensing technologies to assess infrastructure performance, durability, and safety.