| Sample Volume | 30 µl |
| Sample Concentration | 2×10⁴ to 1×107cells/mL |
| Counting principle | Flow image method |
| Dual Detection Channels | 620 ± 30 nm / 520 ± 25 nm |
| Detection of Particle Size | 3 to 40 µm |
| Optical Channel | Brightfield image acquisition |
| Fluorescent Channel | 485 nm |
| Detection Time | < 30 sec |
Our Cell Imaging Analyzer ADCIA-501 is used for high-throughput, quantitative analysis of cellular structures and functions in drug discovery, cancer research and toxicity screening.
1. What is the Cell Imaging Analyzer ADCIA-501 used for?
The Cell Imaging Analyzer ADCIA-501 is a high-precision instrument designed for automated cell imaging and analysis. It is commonly used in biological and medical research to quantify cell morphology, count cells, and analyze cellular responses. The device supports fluorescence and brightfield imaging, enabling multi-parameter cell analysis. Its automation capabilities significantly improve throughput and reproducibility in experiments. Researchers rely on it for applications such as drug screening, cytotoxicity assays, and phenotypic analysis.
2. How does the Cell Imaging Analyzer ADCIA-501 handle fluorescence and brightfield imaging?
The Cell Imaging Analyzer ADCIA-501 integrates advanced optics to capture high-resolution images in both fluorescence and brightfield modes. It uses LED excitation sources and sensitive cameras to detect fluorescence signals from labeled cells. The system allows simultaneous multi-channel imaging for multiplexed assays. Its software automatically adjusts exposure and focus to optimize image quality.
3. Is the Cell Imaging Analyzer ADCIA-501 compatible with different types of cell culture plates?
Yes, the Cell Imaging Analyzer ADCIA-501 is designed to accommodate a wide range of culture vessels, including 6-, 12-, 24-, 48-, 96-well plates, and chamber slides. This compatibility makes it versatile for many laboratory workflows. The instrument’s plate holder and stage can be easily adjusted for different formats without compromising imaging quality. Automated scanning across wells ensures consistent data acquisition. This feature supports both small-scale experiments and high-throughput screening.
4. What are the main advantages of the Cell Imaging Analyzer ADCIA-501's automated analysis software?
The software streamlines image acquisition and data analysis with minimal user intervention. It features pre-set protocols for common assays, reducing the learning curve for new users. Advanced image processing algorithms accurately segment cells and quantify parameters such as size, intensity, and shape. The software also provides customizable reporting and data export options for downstream analysis.
5. How should I maintain and calibrate the Cell Imaging Analyzer ADCIA-501 for optimal performance?
Regular maintenance includes cleaning the optical components and checking for dust or debris on lenses and filters. Calibration routines, often guided by the built-in software, ensure that illumination and focus settings remain consistent. It is important to perform routine checks on the mechanical stage for smooth movement and alignment. Software updates should be installed promptly to enhance functionality and fix bugs.