Cell Culture and Imaging

Cell culture and tissue imaging plays a key role in life science research. It enables researchers to clearly observe the dynamic processes of living cells, such as cell division, migration and protein localization through fluorescent labeling. Petri dishes, multiwell plates, culture flasks, cell crawls, and tissue slides can be placed directly on the carrier table for long time observation and in vivo experiments. In addition, through multi-color fluorescence imaging, it is suitable for the detection of multiple fluorescent dyes or proteins, which enhances the efficiency and accuracy of experiments.

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Challenges in Cellular and Tissue Imaging

What are the main experiments involved?

It is mainly involved in cell proliferation, division, migration, apoptosis and survival experiments in cell culture. It can observe the dynamic process of cell proliferation and division in real time, and can also be used in scratch assay and chemotaxis assay to track the migration behavior of cells.

What is tissue imaging?

Tissue imaging usually refers to the use of microscopy to examine the morphology of plant and animal tissues in order to study disease characterization. What is examined under the microscope is usually the result of tissue samples after surgery, biopsy or autopsy after fixation, removal/embedding and sectioning and staining.

Demand for lab equipment?

Images enlarged by microscopes are required to have high color fidelity to ensure clear details of tissue structures and cells. Sunny provides easy-to-use and expandable microscopes that allow you to configure imaging solutions according to your needs, ensuring imaging effects while improving efficiency in your scientific workflow.

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Live Cell Imaging Support

Live cell observation requires a stable environment with controlled temperature, CO₂, and humidity for normal cell growth.

The microscope should have high detection efficiency to minimize cell damage from excitation light for long-term observation. A focus-locking system is also essential to maintain focus and reduce drift during extended imaging.

Multi-Channel Fluorescence Imaging

By acquiring images of different channels, users can obtain automatically synthesized multi-color fluorescence images and retain each single-channel image. Adjustment of single-channel images is allowed, and the adjusted effect can be directly reflected in the synthesized image.

Usability

The equipment can accommodate various accessories for different experimental needs.

Its ergonomic design ensures comfortable operation and reduces user fatigue.

Maintenance is easy, with low training requirements, enabling users to quickly become efficient, enhancing productivity.