Quantify cell adhesion, rolling, migration, cell-cell adhesion, platelet aggregation, thrombi ormation - all under shear flow.

Inish Analyser | Automated cell counting and viability | Microfluidic Pumps | Microfluidic Chips | Recirculating Pumps | Pressure Pumps

Role of SHARPIN in regulating platelet function | Perfusing whole blood | Accumulation on collagen | Reduced linear ubiquitination

Single-cell Analysis | Compatible with a wide variety of cell samples | microfluidic channel | Impedance Spectroscopy

Automated Cell Counting | Label-free | Single-cell Analysis | High-throughput | Fast Set-up & Analysis | Impedance Spectroscopy |

microfluidic pump for life science | microfluidic pump for life science | Nanoparticle Uptake Studies

Automated Cell Counting | electrical impedance sensors or image-based analysis | Single-cell Analysis | Impedance Spectroscopy

Thrombus formation under flow in vitro | Treatment with cucurbitacin | Pre-incubation of platelets with cucurbitacins

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