爱尔兰Cellix生物芯片Biochip
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VenaEC爱尔兰Cellix生物芯片Biochip
爱尔兰Cellix生物芯片VenaEC? Biochip
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood. 爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood. 爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
爱尔兰Cellix生物芯片VenaEC? Biochip
产品介绍
VenaEC™ Biochip:
For cell-cell interaction studies under conditions mimicking physiological flow
The VenaEC™ Biochip contains a tissue culture treated substrate which enables the seeding ａnd culturing of endothelial cells with 2 parallel microcapillaries which are sealed on via a customised frame. Cells derived from different endothelial tissues can be grown easily on the VenaEC Biochips. Cell suspensions may then be injected using the MirusTM Nanopump which supports a range of shear stresses for dynamic flow based assays.
VenaEC™ Biochip is supplied with 4 substrates ａnd in packs of 10,facilitating 80 experiments per pack.
Features
• Suitable for a wide range of cell suspensions.
• Easy to seed substrates with a range of different endothelial cells.
• Biochip plastic is optically clear permitting detailed microscopy studies.
• 0.05 – 20 dyne/cm2 shear stresses easily obtained ａnd controlled by the MirusTM Nanopump ａnd FlowAssay software.
• Shear stress may be preset to be incrementally increased during an assay.
• Real time imaging under flow conditions.
• Suitable for use with whole blood.
