Problems with determining Transfection Efficiencies | open-membranes | Gating Populations | Gene Therapy |

Current Challenges in Drug Discovery | Organs-on-a chip as More Accurate Models | Organ-on-a-Chip Platforms in Drug Development

Inhibition of human blood platelets aggregation | Inhibition of human blood platelets aggregation | Formation of thrombus in flow conditions

How to handle the Flow Sensor | cleaning procedure for the Flow Sensor | Multiple Liquids | Water | Oils | Paints or Glues |

The Inish Analyser counts cells, quantifies cell viability and can even predict transfection efficiencies

automated instrument for cell counting | Label-free cell analysis | High throughput | Compatible with cell types | Easy to use

Organs on chips driving human research | OOCs improve disease treatment | Better understanding of disease physiology | Applications of OOC

Inish Analyser | Label free cell analysis | Quality Control of Laboratory Instruments | Inish Analyser Calibration Kit - How does it work?

Dispersion and mixing challenges and droplet microfluidics | control reactions on a chip | viscosity affects mixing |

NETosis markers | Thrombosis induction | VITT antibodies induce thrombosis and thrombocytopenia in vitro

Traditional disease models and their challenges | Modeling diseases with organs-on-a-chip | systemic approach to disease modeling

Can Organs-on-a-chip Replace Animal Testing | Organ-on-a-chip Technology | Replacing Animal Testing | Animal Testing Alternatives

How to maintain quality control in CAR-T Cells Manufacturing | How to analyse CAR-T cells | Get the most out of the experiments

To stain or not to stain…you no longer have to choose as label-free cell analysis is here If you haven't worked with cell stains or dyes...

For more than 15 years, Cellix has provided researchers with solutions for mimicking physiological conditions of human blood vessels and for

Cellix is dedicated to supporting our customers. We want to help you get back to work and get your research up and running again. We...

On Friday the 21st of February, a significant number of people collected in the Foyer of the Biomedical Sciences Building at the National Un

Here at Cellix, we have begun one of our biggest, most important projects to date. In a collaboration with Trinity College Dublin (TCD) and

With World Thrombosis Day just passed, we would like to look back over five publications, using #CellixTech, that have forwarded the world&#

In the third of our four part series with Dmitry Kashanin, we look into one of the biggest challenges facing the future of microfluidics - s