Role of different adhesion molecules and chemokines involved in various stages of inflammation under physiological flow conditions

branching microchannels for dual flow / dual injection of samples | Compatible with fluorescent microscopy | cell suspension & drug compound

To determine novel anti-inflammatory effects of MLK on resting and GM-CSF- stimulated eosinophils

8 parallel enclosed microcapillaries for continuous flow cell-based assays | Fluorescent immunostaining or confocal microscopy

8 parallel enclosed microcapillaries for culturing primary endothelial cells and continuous flow cell-based assays

Microfluidic pump designed to aid cell culture (e.g. endothelial cells) under flow in various biochips and flow chambers

Accurate flow rates which are more reproducible and consistent | culturing in growth media, or isolation from in vivo fluids

Adhesion of the thrombus to the vein wall | thrombus contraction and spontaneous lysis of the thrombus | mechanical thrombectomy (MT)

precision microfluidic pumps | Pulse free syringe pumps | Multiple independent channel pumping | Patented active flow control

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

Thrombosis | Inflammation | Atherosclerosis | Engineered microcapillaries | Automated highthroughput flow assay for shear stress experiment

Platelet adhesion and aggregation under flow | C604 alters the cell's major biophysical properties | Set the shear rate to model thrombosis

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

Test the effect of HE-NECA and cangrelor on thrombi formation | Platelet Activation and Thrombus Formation In Vitro |

Novel microflow system | Low flow rates (5 pL min-1 to 10 μL min-1) and shear stress levels

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

Microfluidic pump | Independent flow control | 4 channel pump | Droplet Generation | Hydrodynamic flow focusing | Organ-on-chip

Targeting assays | fluorescence microscopy | miRNA-based therapeutics in atherothrombotic diseases