Live Cell Imaging System

 

GCell live cell imaging system is a scientific and technological system, which is mainly used for automatic analysis and recognition of images of live cells. The platform uses advanced technologies such as big data analysis and artificial intelligence to accurately identify and measure relevant parameters such as cell morphology, size, quantity, and activity status through the analysis of digital images of live cell samples.

 

 

1. Ipsilateral imaging for adaptation to a variety of culture vessels

2. Easy to clean and disinfect to avoid microbial contamination

3. Closed operation to reduce environmental interference

4. Label-free imaging to reduce cell damage

5. Automate counting to ensure data consistency

6. Area scanning, comprehensive analysis of cells

7. Remote monitoring for real-time observation of cells

 

 

GCell live cell imaging system has a wide range of applications and can be used in laboratory medical research, drug development, disease diagnosis and treatment, and other fields. The main application are including below four points.

1. Cell Absolute Quantitative

Cell absolute quantitative refers to the process of accurately determining the exact number of cells in a given sample or population. Including cell proliferation, cell viability, cell cycle, cell apoptosis and cell cytotoxicity.

 

2. 3D organoid analysis

3D organoid analysis is a method of analyzing three-dimensional structures that mimic an organ. Organoids are grown from stem cells and can be used to study the development and function of organs, as well as disease processes. Including organoid growth, spheroid invasion and organoid analysis.

 

3. Cells interact with each other cell

Cells interact with each other in a variety of ways, including through direct physical contact, signaling molecules, and exchange of materials. Including cell migration, immune cell killing, immune cell activation and cellular phagocytosis.

 

4. Long-term monitoring

Long-term monitoring refers to the continuous or periodic observation and measurement of a system or process over an extended period of time. Including cell differentiation, nerve cell activity and vascular formation.

 

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