Pilar Marco

Research Professor

IQAC

Department

Surfactants and Nanobiotechnology

Research group

Nanobiotechnology for Diagnosis (Nb4D)

Contact

Email

pilar.marco@cid.csic.es

Phone

934006184

Extension

437894

Profiles

ORCID

0000-0002-4064-1668

LinkedIn

Pilar Marco

Pilar Marco

Research Professor

CSIC Research Professor and Scientific Director of CIBER-BBN and the Custom Antibody Service (CAbS), a facility of the ICTS NANBIOSIS. As head of the Nanobiotechnology for Diagnostics (Nb4D) group, she coordinates a multidisciplinary research team whose scientific activity is focused on developing a new generation of diagnostic approaches based on the integration of custom-designed bioreceptors with innovative micro(nano)structures and/or optical or electrochemical transducers. Her scientific activity is guided by the vision of a future where diagnostics are based on personalized molecular fingerprints, which poses significant technological challenges. She is currently interested in developing innovative diagnostic approaches for infectious diseases with an original perspective in which cellular communication becomes the primary focus.

She has co-authored nearly 250 scientific articles, registered 15 patents—some of which are licensed—and has several active exploitation contracts. Most of her research is conducted within the context of international collaborations with renowned research institutions, companies, and other stakeholders.

UNLOCKING-QS aims to develop diagnostic and therapeutic strategies for bacterial infectious diseases targeting quorum sensing. These innovative approaches are expected to contribute to curbing antimicrobial resistance and improving patient management for better care.
The "Safe and Sustainable by Design" approach requires monitoring throughout the entire life cycle of chemicals. TOXBOX aims to develop an instrument that provides reliable toxicity data under relevant conditions and enables the development of reliable in silico models.
The first tau network in Europe, with the objective of better understanding tau-related diseases to develop safer, more personalized, and more effective diagnostic tools and treatments through the use of nanobodies. The project will train a new multidisciplinary generation of scientists in the field of molecular neuroscience.
This project aims to develop and take the first steps toward the commercialization of rapid LFIA-type tests to diagnose infections caused by P. aeruginosa and S. aureus through the establishment of a spin-off.