Ongoing Research Projects

Participate in research consortia linked to microfluidics in order to secure the development of research projects in the fields of lab-on-chip, biotechnology, medicine and microfluidics in general. The primary objective of the Microfluidics Innovation Center is to support the most promising research projects related to microfluidics.

Developing a new in vitro bone model: OSTEONET

Nanocarriers for nonlinear microscopy: Micro4Nano

Microfluidics and chemistry: DarChemDN

Enhanced imaging flow cytometry: NEXTSCREEN

Artificial Intelligence and microfluidics: LOCAI

Phenotypic variation by single-cell analysis: TREATABLE

Biomaterials engineering for organ repair: THOR

Soil remediation and land management: EDAPHOS

Biomass valorisation to high value added chemicals: BIOALL

An innovative wide range flow sensor to unlock microfluidic cell analyses: GALILEO

Soil-on-chip devices in the study of microbial communities: Active Matter

Biointelligent sensor to measure viral activity: BioProS

Pharmacological risk assessment using a bio-digital twin: LIFESAVER

Tumor-on-chip technology for cancer studies: Tumor-LN-oC

Microfluidics quantum technology: LasIonDef

Environmental toxicology assessment: ALTERNATIVE

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