Nanomaterials for Bioimaging
Group leader
Daniel Jaque García
Principal Investigator
- Nuria Fernández Monsalve
- Benito Jorge Rubio Retama
- Emma Martín Rodríguez
- Marco Laurenti
- Antonio Benayas Hernández
- Francisco Sanz Rodríguez
- Miriam Granado García
- Juan Pedro Cascales Sandoval
- Diego Méndez González
Collaborating Staff
- María Carmen Iglesias de la Cruz
- Dirk Ortgies
- Luis Monge Sánchez
- Erving Clayton Ximendes
- Ely Anira Bravo Tapia
- Álvaro Artiga Folch
- Liyan Ming
- Mayerly Natalia Ochoa Paipilla
- Fernando Eduardo Maturi
Principal Investigator
- Nuria Fernández Monsalve
- Benito Jorge Rubio Retama
- Emma Martín Rodríguez
- Marco Laurenti
- Antonio Benayas Hernández
- Francisco Sanz Rodríguez
- Miriam Granado García
- Juan Pedro Cascales Sandoval
- Diego Méndez González
Collaborating Staff
- María Carmen Iglesias de la Cruz
- Dirk Ortgies
- Luis Monge Sánchez
- Erving Clayton Ximendes
- Ely Anira Bravo Tapia
- Álvaro Artiga Folch
- Liyan Ming
- Mayerly Natalia Ochoa Paipilla
- Fernando Eduardo Maturi
Strategic objectives
The group's strategic plan focuses on transferring all the knowledge and techniques already known, on the handling of luminescent nanoparticles, to fields of direct application in the field of biomedicine by establishing solid and real collaborations with clinical groups.
Research lines
- Development of novel luminescent nanostructures for obtaining high-penetration three-dimensional images.
- Development of novel luminescent nanostructures for the development of minimally invasive therapies.
- Development of novel experimental bioimaging systems for in vivo and in vitro applications with high penetration and minimal interaction.
- Development of optical tools for manipulating single cells to study their intracellular dynamics.
- Understanding and predicting the toxicity phenomena of luminescent nanoparticles.
Location
Autonomous University of Madrid
Department of Materials Physics
Faculty of Sciences
Department of Physiology
Faculty of Medicine
Keywords
Biomedicine, nanotechnology, bioimaging