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Cellix's biochips and pumping solutions enable researchers to perform in-vitro assays mimicking in-vivo conditions of the blood vessel, providing powerful physiologically relevant data before compounds reach clinical trials. Below, you will find a selection of movies from different therapeutic areas such as thrombosis, atherosclerosis, inflammation, oncology (melanoma and breast cancer), bacteriology and respiratory.

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Application notes are available for each therapeutic area.

Thrombosis Movies
Thrombosis: Platelet adhesion from whole blood on collagen coated biochips at 60 dyne/cm²	Thrombosis: Platelet adhesion from whole blood on collagen coated biochips at 30 dyne/cm²


Thrombosis: Platelet adhesion to vWF coated biochip at 60 dyne/cm	Thrombosis: Platelet-leukocyte interaction on collagen coated biochips at 2.25 dyne/cm²


Thrombosis: Platelet-leukocyte interaction at 2.25 dyne/cm² on collagen coated biochip	Thrombosis: Platelet adhesion from whole blood to collagen coated biochip at 60 dyne/cm²

Atherosclerosis Movies
Inflammation - Atherosclerosis: THP-1 monocytes adhering to HUVECs in biochip under flow	Atherosclerosis: primary monocyte adhesion to coronary artery endothelium under shear flow


Inflammation - Atherosclerosis: Tracking of THP-1 monocytes rolling on E-selectin coated biochip	Leukocyte Rollling of THP1 monocytes on E-selectin coated microchannel at 0.5 dyne/cm²

Inflammation Movies
Inflammation: PMA stimulated T-cells adhering to non-stimulated HUVECs under shear flow	Inflammation: Pravastatin-treated PBL cells rolling (not adhering to) on VCAM-1


Inflammation Control Experiment: HUT78 T-cells not adhering in BSA coated biochip at 0.5 dyne/cm²

Oncology Movies
Oncology-Melanoma: GFP-tagged 1205Lu melanoma cells adhering to non-stimulated HUVECs under shear flow	Intravital microscopy of HT1080-GFP tagged fibrosacroma tumour cells rolling. Video courtesy of Prof. Robert Hoffman (Anti-Cancer Inc.) and Prof. William Gallagher (University College Dublin)


Oncology - Breast Cancer: GFP-tagged MDA cancer cells adhering to non-stimulated HUVECs under flow	Breast Cancer: MDA cells adhering to TNF-alpha stimulated HUVECs under shear flow in microfluidic biochip