We are happy to share the latest installation of the Locsense Artemis MPS at our neighbours, the Saxion University of Applied Sciences!
The system will be utilised for research on the causes of atrial fibrillation, providing the team with precise monitoring capabilities for their cardiac models. The main focus of the Applied Nanotechnology Research Group is to develop an organ-on-a-chip model platform to study the effect of various compounds on atrial fibrillation.
A key feature of the Artemis MPS is its compatibility with a wide variety of microfluidic chips. This flexibility allows researchers to integrate different chip designs into their workflow without compromising on data quality or system stability.
A huge thank you to Michelle Fleermann, Martin Bennink, Lisa S. and Tony Gouriye and their entire team for your trust in our technology. We are excited to support your work and look forward to the breakthroughs to come!
Supporting atrial fibrillation research
We are happy to share the latest installation of the Locsense Artemis MPS at our neighbours, the Saxion University of Applied Sciences!The system will be utilised for research on the causes of atrial fibrillation, providing the team with precise monitoring capabilities for their cardiac models. The main focus of the Applied Nanotechnology Research Group is to develop an organ-on-a-chip model platform to study the effect of various compounds on atrial fibrillation.A key feature of the Artemis MPS is its compatibility with a wide variety of microfluidic chips. This flexibility allows researchers to integrate different chip designs into their workflow without compromising on data quality…
