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Gradientech Culture Models Tracking Tool

具体成交价以合同协议为准

2018-02-23上海市

型号

米力光国际贸易有限公司

免费会员 代理商

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主营产品公司介绍

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产品简介

Gradientech Culture Models CellDirector – Live cell imaging in 2D and 3D

Gradientech Tracking Tool

详细信息

Gradientech Culture Models

Tracking Tool

CellDirector? – Live cell imaging in 2D and 3D

Product Guide (pdf)

The CellDirector assay – in addition to providing excellent cell culture conditions – give you the possibility to analyse real-time cell responses using live cell imaging, with full control of the chemotactic environment. Use CellDirector 2D or CellDirector 3D depending on your application.

CellDirector? 2D For chemotaxis experiments towards instantly formed gradients in 2D cell cultures	CellDirector? 3D For advanced chemotaxis and morphogenesis experiments in 3D cell cultures
Cells are seeded by injecting the cell suspension through the single outlet tube.	The cell-matrix mixture is injected into the cell-culture chamber through the cross-shaped slit.
Cells adhere to the bottom and 2D chemotactic cell responses are measured in the middle channel. Non-gradient cell behavior is measured in the control channels.	Cells, spheroids or small embryonic organs are embedded in the 3D matrix. A linear gradient is formed through the matrix, allowing for cell responses under in vivo-like conditions.
Benefits - CellDirector 2D Stable and well-established gradients Live cell tracking of individual cells Distinguish random from directed migration Reduces time to publication	Benefits – CellDirector 3D Stable and well-established gradients Bridging in vitro and in vivo Culture small organs and spheroids Reduces time to publication

CellDirector? 2D

For chemotaxis experiments towards instantly formed gradients in 2D cell cultures

CellDirector? 3D

For advanced chemotaxis and morphogenesis experiments in 3D cell cultures

Cells are seeded by injecting the cell suspension through the single outlet tube.

The cell-matrix mixture is injected into the cell-culture chamber through the cross-shaped slit.

Cells adhere to the bottom and 2D chemotactic cell responses are measured in the middle channel.
Non-gradient cell behavior is measured in the control channels.

Cells, spheroids or small embryonic organs are embedded in the 3D matrix. A linear gradient is formed through the matrix, allowing for cell responses under in vivo-like conditions.