Our Research Projects

We bring our microfluidics expertise to collaborative research projects focused on lab-on-a-chip technology, biotechnology, and medical advancements.

Nanoparticle delivery across the blood-brain-barrier: Project NAP4DIVE

Communication between implanted medical devices (AIMD) and medical doctors: Project ERMES

Cell interaction in next generation 3D tissue models: Bio-HhOST

4D printing new additive manufacturing technologies: VOXWRITE

Developing a new in vitro bone model: OSTEONET

Nanocarriers for nonlinear microscopy: Micro4Nano

Microfluidics and chemistry: DarChemDN

Enhanced imaging flow cytometry: NEXTSCREEN

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

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

Completed- Ocular diseases diagnostics through the detection of key biomarkers: Biocudet

Completed- Automated high-throughput production of monodisperse emulsions: AutoDropProd

Completed- Elucidating human enhanceropathies using droplet microfluidics: ENHPATHY

Completed- Microfluidic photochemistry: Phototrain

Completed- Plug-n-play tool-kit of organ-on-chips: PTOoC

Completed- Microfluidic droplet generation to produce artificial cells: ACDC

Completed- Mechanically tuned lung-on-a-chip model: MECH-LoC

Completed- Magnetic membranes for mechanical stimulation of cells: MaMi

Completed- Label-free cell sorting for malaria detection: LAPASO

Completed- Study of liver sinusoids’ fenestrations with microfluidics: DeLIVER

Completed- Microfluidics fighting against Leukemia: MEDLEM

Completed- Organ-on-chip for personalised biomaterial risk assessment: PANBioRA

Completed- Multi-compartmental tumor-on-a-chip to study breast cancer: MTOAC

Completed- Artery-on-chip to target vascular diseases: CAR-OAC

Completed- Artificial Intelligence and microfluidics: LOCAI

Completed- Kidney disease multifunctional diagnosis by multiplex qPCR: Multidet

Completed- Microfluidics and optics for single cell observation on a chip: PROCHIP

Completed- IgGs screening for neurodegenerative diseases diagnosis: AUTOIGG

Completed- Genome analyses helped by bioinformatics: MetaBLE

Completed- Microfluidic systems for the study of neurotransmitters: NeuroTrans

Completed- A platform to engineer and optimize the behavior of biohybrid: Active Matter

Completed- Organoids for neurodegenerative diseases: Orgtherapy

Completed- Automated flow control in a disruptive antibody analytical platform: FIDA

Completed- Heart-on-chip for personalized medicine: CISTEM

Completed- Microfluidic lab-on-a-chip for bovine tuberculosis diagnostic: bTB-test

Completed- Microfluidic cell confiner for next-generation cell culture systems: MicroMechCell

Completed- Blood pressure monitoring for early detection of pre-eclampsia: I-bracelet

Completed- Microfluidics to study the biochemistry of the origins of life: Protomet

Completed- Instantaneous mixing in microfluidic reactor: CReaNet

Completed- DNA repair with molecular machines: DNARepairMan

Completed- Lab-on-chip for high-throughput fungicide screening: MAHT-FunSST

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

Completed- 3D-printing of microfluidic MEMS for Lab-on-a-chip applications: M3D-Loc

Completed- Organ-on-a-chip for early molecular diagnostic of Schizophrenia: SZ-test

Completed- On-demand peptide synthesis for personalized medicine: ElectroMed

Completed- Microfluidic phase-change cooling of microprocessors: ThermaSMART

Completed- Nanofluidic immunoassays to replace ELISA tests: Diflusel

Completed- Automatic generation of well-defined microdroplets: AutoMonoDroplet

Completed- Fastgene versus pathogens aka RT PCR on chip: A valorization success story

Completed- A microfluidic system for oocyte maturation and in vitro fertilization: EUROVA

Completed- qPCR for the diagnosis of urinary tract infection: FIT-UTI

Completed- Kidney damage detection on a microfluidic lab-on-a-chip: UriMoni

Completed- Microfluidic system for stem cell differentation: Pillarcell

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