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爱尔兰Cellix生物芯片 Biochip

点击次数：145 发布时间：2020/12/30 11:28:42

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公司名称：上海非利加实业有限公司型号：Vena8 生产地址：中国大陆已获点击：145 简单介绍：爱尔兰Cellix生物芯片Vena8? Biochip
用于VenaFlux系统，架设于显微镜的载物台上，此种仿真维生环境的微型通道，有八个毛细管，毛细管可镀上分子，细胞或全血样本将会流经粘附的分子，配合Mirus Nanopump及DucoCell软件，可做动态影像的细胞分子粘附分析、剪力试验、筛选yao物分子。

详细内容

Vena8爱尔兰Cellix生物芯片 Biochip
爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

用于VenaFlux系统，架设于显微镜的载物台上，此种仿真维生环境的微型通道，有八个毛细管，毛细管可镀上分子，细胞或全血样本将会流经粘附的分子，配合Mirus Nanopump及DucoCell软件，可做动态影像的细胞分子粘附分析、剪力试验、筛选yao物分子。

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips contain 8 parallel enclosed microcapillaries for continuous flow cell based assays. Each microcapillary may be coated with a different adhesion molecule. Cell suspensions may then be injected using the Mirus Nanopump which supports a range of shear stresses for dynamic flow based assays.

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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. 爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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. 爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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. 爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

爱尔兰Cellix生物芯片Vena8? Biochip

产品介绍

Vena8™ Biochip:

摹拟生理环境的微通道生物芯片(Biochip) ,包含玻璃毛细管。在这些玻璃毛细管中细胞或全血样本将会流经黏附的分子（Vena8）。

For cell receptor-ligand studies under conditions mimicking physiological flow：

Vena8™ Biochips are supplied in packs of 10, facilitating 80

experiments per pack.

Features

• Suitable for a wide range of cell suspensions ａnd whole blood.

• Easy to coat microcapillaries with a range of different adhesion molecules.

• 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.

更新时间：2024/4/19 11:52:31

标签：Vena8爱尔兰Cellix生物芯片 Biochip

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