By using an intelligent material (sensitive to magnetic fields), NeoMag allows a non-invasive, multidimensional and real-time control of mechanical stresses and deformations.
Thanks to precise mechanical environmental control over the cellular substrate, NeoMag is able to simulate 2D and 3D complex cellular environments such as tumoral development, tissue recovery or cerebral cells.
We have developed NeoMag to be used with conventional imaging systems, so it can be easily integrated with regular instrumentation and lab equipment.
Adaptation to any conventional imaging system
Integration with other instrumental equipment (e.g. nanoindenters)
Suitable for 2D and 3D biological systems
By using the NeoMag technology, researchers can envision new frontiers integrating new data layers to their results.
Open and develop new research lines
Access to new structural data and behaviour of cells and bio tissues
Be at the forefront of the mechanobiology specialization
The NeoMag technology provides insightful information about how new drug developments react to certain cell and tissue deformations, creating new paths for drug discoveries or narrowing your successful candidates pipeline.
Reduce drug development time and cost
Reduce risk on the clinical trial phase
Increase therapy quality and efficiency
Profile:
El científico español que aúna mecánica y biología para reproducir enfermedades en el laboratorio
New publication:
Novel method based on smart materials shows real-time cell damage
Interview:
Charlamos con Daniel García González, profesor titular del departamento de Mecánica de Medios Continuos y Teoría de Estructuras de la UC3M
Ni grapas ni puntos: silicona magnética para cicatrizar heridas
El profesor de la UC3M Daniel García, Premio Nacional de Investigación para Jóvenes 2023
