High-throughput biological experiments

Monodisperse droplets can be produced inside microfluidic chips thanks to particular arrangement of the channels. These well-defined droplets are used directly to create emulsions for food or cosmetics, but also to recreate and study cell-like vesicles.

N B I C

972 k€

Lab-on-chip for ultra-fast analysis

The very small volumes of liquid flowing through a microfluidic chip allow a fast and precise detection of biomarkers, even at very low concentrations. Disease diagnosis at an early stage becomes possible with microfluidics, increasing the chance of recovery.

N B I C

1421 k€

Advanced drug screening on organ-on-chip

Organs-on-chip are microfluidic devices mimicking the function of an organ and recreating the microenvironment of cells. Much more complex than classic 2D cell culture and much more accurate and ethical than animal testing, these structures enable effective and relevant drug screening.

N B I C

2147 k€

High-resolution microscopy for cell analysis

The combination of super high-resolution microscopy and microfluidics renders single cell analysis more feasable and enables better understanding of cell function and dysfunction.

N B I C

1026 k€

Microfluidics for Physics & Chemistry

The small size of microfluidic channels allows the development of powerful tools for use in physics and chemistry. As an example, the temperature inside the microfluidic channels can be precisely fine-tuned and parameters of complex chemical reactions (quantities of reagents, pH, temperature...) can be easily controlled.

N B I C

895 k€

Past projects