HoloMonitor® M4FL - Live Cell Imaging System with Fluorescence
HoloMonitor® M4FL is an advanced live cell imaging system that combines the benefits of holographic microscopy with fluorescence imaging. This dual-mode system allows researchers to conduct comprehensive, non-invasive monitoring and analysis of cell cultures in real-time, all within standard CO₂ incubators.
Features
- Combined Imaging Modalities: Integrates both holographic and fluorescence imaging, allowing for a more comprehensive analysis by providing both label-free and fluorescence-tagged visualization of cells.
- Minimized Phototoxicity: The system uses minimal light exposure during imaging, significantly reducing the risk of phototoxicity and preserving cell health over long-term experiments.
- Compact Design for Incubator Use: Specifically designed to fit inside standard CO₂ incubators, ensuring that cells remain in a stable and physiologically relevant environment throughout the imaging process.
- Long-term Monitoring: Capable of continuous imaging and analysis of individual cells and cell populations over extended periods, providing detailed time-lapse data for in-depth studies.
- User-friendly Interface: Features an intuitive interface that guides users through the entire process from setup to data analysis, making it accessible for researchers at all levels of expertise.
Models within the Series
- HoloMonitor® M4: A basic model that offers non-invasive monitoring and analysis of cell cultures using holographic microscopy.
- HoloMonitor® M4FL: An enhanced model that includes a fluorescence unit, enabling combined holographic and fluorescent imaging for more detailed and multifaceted cell analysis.
Applications
- Cell Biology Research: Ideal for analyzing cell movement, proliferation, morphology, and migration, providing valuable data for understanding cellular processes.
- Oncology: Enables monitoring of tumor cell responses to treatments, aiding in the development and assessment of cancer therapies.
- Regenerative Medicine: Useful for tracking the differentiation and growth of stem cells, supporting research in tissue engineering and regenerative therapies.
- Transfection Studies: Monitors the efficiency of cell transfection processes and co-culture studies, facilitating advancements in genetic research and therapy development.
For more information, visit HoloMonitor® Fluorescence Unit.
Specifications
- Imaging Technology: Combination of holographic and fluorescence microscopy
- Fluorescence Unit: Integrated for additional green fluorescence imaging
- Laser: Low-energy laser for holographic imaging
- Dimensions: Compact design for incubator use
- Imaging Capability: Continuous, automated, and combined imaging
- Data Analysis: Advanced software for multifaceted cell analysis
For more detailed specifications, visit HoloMonitor® Fluorescence Unit.
