Celloger®, Automated Live Cell Imaging System
Capture the moments of dynamic cellular processes, improving your research with comprehensive insights
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It offers clear fluorescence imaging without need for post-processing
Cancer cell study
Using this system, the fluorescence (GFP) is clearly visible in the images without the need for post-processing. It offers the convenience of setting the center position for all wells at once.
Review Date: 21 Oct 2024 | CURIOSIS
The system provides real-time bright field and fluorescence measurement and captures consecutive images for video
Drug delivery system
Real-time measurement of both bright field and fluorescence is possible inside the incubator. It is highly advantageous that consecutive images can be captured at set positions and later compiled into a video.
Review Date: 21 Oct 2024 | CURIOSIS
The experiment runs autonomously once set up, delivering results without further intervention
Physiology
While the initial software setup takes some time to prepare before starting the experiment, once the settings are configured, the experiment runs autonomously throughout the duration, having results without requiring further attention.
Review Date: 21 Oct 2024 | CURIOSIS
The system's real-time analysis and cell-based monitoring was helpful
Oncology
The ability to perform real-time analysis is a valuable feature, though there are some points for improvement in terms of quantification and settings. The system effectively displays changes at each cycle (time point) during wound healing, enhances the monitoring process and providing valuable insights.
Review Date: 21 Oct 2024 | CURIOSIS
The equipment was easy to use with impressive results, real-time monitoring, and efficient software
Pharmacology
The compact size of the equipment and ease of use were satisfactory, and the results were impressive. However, the cost is a concern. During the wound healing scratch assay experiment, the ability to designate multiple points within a single well for real-time monitoring was highly advantageous. The analysis software was user-friendly and efficient as well.
Review Date: 21 Oct 2024 | CURIOSIS
Highly effective in capturing MSC proliferation during the 6-day culture in the 10-layer Cellstack
MSC therapy process development
During the 6-day culture of MSCs in a 10-layer Cellstack, the proliferation of cells at specified locations within the vessel was successfully recorded through timelapse imaging. The ability to utilize this setup directly within the incubator proved to be highly convenient.
Review Date: 21 Oct 2024 | CURIOSIS
Highly satisfied with the ability to directly observe cells in the incubator
Thyroid ophthalmopathy
I am highly satisfied with the ability to observe cells directly in the incubator. While there is some room for improvement in focus and fluorescence observation quality, the overall experience has been effective and productive.
Review Date: 21 Oct 2024 | CURIOSIS
The ability to designate multiple points for observation simultaneously is very convenient
Neuron
The ability to designate multiple points for observation simultaneously is very convenient compared to other equipment, and the device's small size and ease of use are also significant benefits.
Review Date: 21 Jun 2024 | CURIOSIS
Intuitive and user-friendly analysis program
Cancer Immunotherapy
The analysis program was intuitive and easy to use, and it was possible to create videos from the images.
Review Date: 21 Jun 2024 | CURIOSIS
The system enables detailed, time-specific observations across multiple wells, user-friendly confluence and intensity measurements
Cancer Immunotherapy
The system allows for detailed and time-specific observations across multiple wells within a plate (tested up to a 24-well plate). The integrated functions for measuring confluence and intensity are user-friendly and enhance the efficiency of our research processes. The ability to seamlessly merge fluorescent images with optical images without additional processing simplifies data production. This integration streamlines our workflow, making data generation faster and more efficient.
Review Date: 21 Jun 2024 | CURIOSIS
Key features of Celloger®
- - Real-time cell monitoring inside an incubator
- - Compatible with different vessel types
- - Time-lapse imaging capability
- - User-friendly functions included in the software package
Key applications of Celloger®
- - Cell proliferation
- - Wound healing assay
- - Co-culture monitoring
- - Spheroid cell death assay
- - Actin dynamics assay
- - Mitochondrial membrane potential
- - ROS detection
- - Phagocytosis monitoring
- - Zebrafish observation
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Products Model Information
Celloger® Nano, Benchtop Digital Microscope
CURIOSISCelloger® Nano is a benchtop digital microscope equipped with a wireless connection, enabling you to check the state of your cells in real-time from any location within your laboratory. With all the necessary functions to check the cells, you can quickly assess the condition of your cells.
Celloger® Mini Plus, Automated Live Cell Imaging System
CURIOSISCelloger® Mini Plus is an automated live cell imaging system with fluorescence and brightfield microscopy. Celloger® Mini Plus makes it faster and easier to accumulate outstanding research results tailored to your research protocol.
Celloger® Stack, Automated Multi-layer Vessel Monitoring System
CURIOSISCelloger® Stack is an automated multi-layer vessel monitoring system that enables real-time imaging of cell samples while they are cultured in an incubator.
Celloger® Pro, Automated Live Cell Imaging System
CURIOSISWith its streamlined workflow and versatile capabilities, Celloger® Pro is a valuable tool for researchers seeking efficient, accurate, and cost-effective cellular analysis.