Topic

lab-on-a-chip, sensors

microfluidics, optofluidics, physical chemosensors, on-chip electrophoresis, fluid mixing, single-cell analysis

amino acids

design of microreactors and microfluidic systems

knowledge transfer and networking consortium Flanders

Micromanipulation, Microfluidics, Multiscale Applications of Surface Tension, Fluids Statics and Dynamics, Surfaces Engineering, Liquids Engineering

Lab-On-a-Chip, bio-MEMS, Magnetic applications, Microfabrication technologies

cell chips, medical diagnostics, bioelectronics

Optofluidics, biophotonics, nonlinear optics

Microfluidics and Single Cell Analysis

Biomimetic Structures, Cell Analysis, Synthesis, Single Molecule Spectroscopy

Droplet microfluidics, Bionanotechnology, Micro-analytical devices, Nanoparticle synthesis, Nanofluidics, Diagnostics, Ultra sensitive optical sensing

Integrated bio- and chemosensors, high-density multi-electrode arrays, cell handling and analysis

medical diagnostics, biosensors

Microfludics for chemical analysis, device fabrication

Microfludics for chemical analysis

Lab-on-chip, biosensors, cell manipulation, device fabrication

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Process Engineering, Chemical reactions, Heat and Mass transfer, Separation, Crystallization

Microfluidics for cell and systems biology, neuron chips, biomimetism, artificial cells

Droplet and Nano-droplets, Chemical reactions, Cells

Droplet microfluidics

Droplet microfluidics driven by gradients of confinement. Applications to chemical analysis and cell manipulation

Electrowetting, Digital and continuous-flow microfluidics, Lab-on-chip, Dielectrophoresis, Electrokinetics, Impedancemetry, Biosensors, Nanoparticles for cell tracking, Flexible substrates

Capillary flows in interaction with micro-systems and complex surfaces, Particle-laden flows, Instabilities of free-surface flows, Miscible fluid flows, with diffusive mixing layer, Microflows in microsystems dedicated to boundary-layer flow control

Lab-on-chip, biophysics, molecular interactions, molecular transport, Nanoparticles, single molecule, single cell, bioanalytical microfluidics,

separation of biomolecules, nanofluidics, dynamics of reaction networks, nanoimprint,

Lab on chip, nanofluidics, multiphase microfluidics,cell sorting, genomic and epigenomic,dielectrophoresis, optofluidics, multifunctional microfluidics, full polymer active lab on chip,

Lab on chip, nanofluidics, cell sorting,dielectrophoresis, optofluidics, multifunctional microfluidics, colloidal engineering, capillary force assembly,

Microfluidics based on active polymers, large-scale integrated microfluidics, microchemomechanical fluidic integrated circuits, chemical information processing (chemical transistors and ICs), Lab on a Chip, blood diagnostics, large-scale / high throughput methods, chemical synthesis

Microfluidics for Cells and tissues, high throughput screening, ultraprecise flow control, perfusion systems

Microfluidic systems for large-scale screens in biology and chemistry

Microfluidic simulations and modelling for 3D cellculture and biophysics

SAW (surface acoustic wave) driven microfluidics, deformable objects in complex flow, Lab on a Chip, droplet microfluidics, membrane physics, biophysics

Biomolecule separation, electrokinetics, heat and mass transfer, lab-on-a-chip technology, liquid/liquid interfaces, micro- and nanoscale energy conversion, optofluidics

Microfluidic Segments, Nanoparticles in Microreactors, Optical pH sensing

Droplet microfluidics, Emulsions, Membranes & interfaces Physical-chemistry.

Droplet microfluidics

Chemical microprocessors, electronic microreactors, electronic chemical cells, evolving systems, personal fabrication, ICT

Microreactors, droplet microfluidics, complex reactions

Lab on a chip, micro system technology, microstructures, analytics (biological, chemical), diagnostics, energy technology, fluidic simulations

Lab on a chip, micro system technology, microstructures, integrated microfluidic low-cost actuation, fully integrated microfluidic cartridges for in-vitro diagnostics

optical techniques (µPIV, µPTV, 3d3c techniques^[170]), astigmatism-µPTV^[171]

separation, plasma, cells

soft matter, clinical diagnostics, cell biology applications

Migration and dynamics of biomolecules in µF devices

Lab on a Chip, micro dosage systems, micro medical technology, Fluidic Simulations

Lab on a Chip, Tools for Cells, nL & pL Dispensing, Fluidic Simulations

analytical chemistry

Lab on a Chip devices and prototyping, optical readout of information, droplet-based microfluidics, on-Chip PCR, multiphase flow diagnostics and simulation

Microreaction Technology, Micro Process Engineering, Microfluidics

Optical tweezing and its integration into optofluidic setups, direct-laser-writing of microfluidic components

lab-on-a-chip, polymer microfabrication, assay miniaturization, integration and automation, cell handling and counting, flow control, instrumentation, microfluidics, microhydrodynamics, sample preparation, immunoassays, molecular diagnostics, PCR, NASBA, point-of-care diagnostics, bioprocess monitoring, sample-to-answer systems

Microflow cytometry, MicroPIV, Cytotoxicity, Cell sorting, Laeukemia analysis, PCR

Nanofluidics, electrokinetics, lab-on-a-chip

Electrokinetics, separations, lab-on-a-chip, biosensors, medical diagnostics

Droplets, Bubbles, NanoFriction, Wetting, Adsorption, MicroPIV

Heat transfer, MicroPIV

Biomaterials, Bioencapsulation, Cell entrapment, Drug delivery

Lab on a chip, Micro & Nano approaches for analytical challenges

evolution-on-a-chip, bacterial synthetic ecosystems, biophysics, evolutionary biology, adapting bacteria in nanostructures

lab-on-a-chip, BioMEMS, MicroPIV, NanoPIV

Microdroplet tools for cell biology

Industrial applications: lab-on-a-chip, (bio)analytics, microreactors, micro process technology, printing, encapsulation

microreactors, chemical kinetics, analytical chemistry

(electro)wetting, confined liquids, microrheology

biosensors, cells on chips

bubble dynamics, inkjet printing

interfacial transport phenomena

lab-on-a-chip

dropplet microfluidics, lab on chip, microfluidic emulsification and micro-foams

chemical sensors, microfluidics, medical diagnostics, cell engineering and testing

Freestanding microfluidic platforms, for single cell stimuli delivery

Device fabrication and proteomics

Droplet microfluidics, Clinical microfluidics

components, drug delivery

Electroosmotic pumps, separations, guidance of fluids in microfluidic systems, 3D printing (fabbing) of devices, conjugated polymers in microfluidics

Device fabrication, lab-on-a-chip, microfluidic valves and pumps, microfluidic hydraulics, microdialysis of proteins and peptides

Microfluidics, lab-on-a-chip for biomedical applications

MEMS and NEMS, Biomicrofluidics

Lab-on-a-chip, molecular diagnostics

Single-molecule sequencing, single-molecule PCR, microscale immunoassays

Bionanotechnology, Point of Care, Tissues Engineering, Micro-plasma Technology, Medical Devices, Electronics, Photonics, Nanotechnology, Sensors, MEMS, Optical and Environmental devices

Bionanotechnology, Micro-analytical devices, Nanofluidics, AC Electrokinetics: Cell and particle manipulation methods, AC Electrokinetics: Fluid interactions, Optical biosensing, Modelling and theoretical work

Device Fabrication, Analysis, Microfluidics, Nano-droplets, Biosensors, Separation Science

Microfluidics, nanofabrication, plasmonics, CFD, Biosensors, Laser tweezing, Surface enhanced Raman spectroscopy

Academic and commercial microfluidics and microengineering research with core expertise in areas including; microfluidics, microfabrication, rapid prototyping, soft lithography, microfluidic CFD, BioMEMS, biological and particle handling, EWOD, magnetic separation, hydrodynamic separation and microfluidic systems control technologies such as micropumps and micromixers. Related research includes development of Lab-on-a-chip and integrated microfluidic biotechnology systems for Biodetection applications.

Development of microfluidics systems applied to cellular analysis, with emphasis on mechanical properties and mechanical stimulation of cells. Examples include dynamic seeding of bone scaffold, mechanically-driven differentiation of stem cells, shear stress on various cell types.

Development of novel computational and experimental methods for design of microfluidic devices such as micromixers and micropumps

Microfluidics research focusing on microscale bioprocessing for applications such as drug discovery, cell therapy, mammalian cell culture and enzymatic bioconversion

Deployment of nanoscale photonic measurement techniques and expertise in microsystem design and fabrication

Deployment of paper-based microfluidic point-of-care diagnostic devices

Flow instabilities, enhanced mixing systems, optimization of micro-devices, micron-sized extensional rheometer, CFD

Development of applications with microfluidic devices

MEMS technology, sensors and biosensors, integration with microfluidic devices

Flow Focusing, Flow Blurring; micro-droplet and micro-bubble generation; Computer microfluidics; biomedical, biochemical, food industry applications