Real Time Cell Analysis (RTCA) for label-free, non-invasive analysis of cellular events (CAT#: STEM-CBT-0023-WXH)

Introduction

The multi-functional real-time label-free cell analyzer integrates the microelectronic cell sensor chip into the bottom of the cell detection plate through a special process to build a real-time, dynamic, quantitative tracking cell impedance detection and sensing system for changes in cell morphology, proliferation and differentiation, etc. . Biological information related to cell physiological functions can be obtained through real-time dynamic electrode impedance detection, including cell growth, stretching, morphological changes, death, and adhesion. Its advantages over traditional technologies include:
1. Simple operation, small human error
2. Using a label-free method, there is no labeling efficiency problem
3. No damage to cells, high accuracy
4. The experimental results have good repeatability
5. Complete cell effect map

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Applications

• Cell proliferation and differentiation assay
• Cell Migration and Invasion Assays
• Cell-to-cell interaction detection
• Cell adhesion and stretching assays
• Cytotoxicity Assay
• Receptor-mediated signaling pathway detection
• Virus-mediated cytopathic detection
• Detection of NK cell-mediated cell killing

Procedure

1. Cultivate cells in an incubator
2. Determination of background impedance value
3. Seeding the cells onto the assay plate
4. Perform detection
5. Obtain real-time power curve

Notes

Customers provide cell lines and related information.

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Wide range of applications

Wide range of applications

For various laboratory needs

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