Advanced Fluorescence Microscopes for Live & Fixed Cell Imaging
Visualize molecular events in real time with precision-engineered fluorescence microscopy systems designed for both static and dynamic cellular analysis.
Illuminating Molecular Pathways in Real Time
Fluorescence microscopes are essential for visualizing the spatial and temporal dynamics of biomolecules in live or fixed samples. By tagging proteins, nucleic acids, or organelles with fluorophores, researchers can selectively illuminate specific components and capture detailed snapshots of biological activity. Fluorescence microscopy enables powerful analysis of gene expression, cell signaling, membrane trafficking, and more.
Cellular Tissue Analysis provides high-performance fluorescence microscopy systems tailored to life science and clinical research labs. Headquartered in Indianapolis, IN, we offer scalable, plug-and-play solutions that combine superior optics, modular accessories, and integrated digital workflows for North American B2B users.
Core Components:
Hardware, Software & Cloud Systems
In addition to our in-house and partner-developed fluorescence microscope systems, we proudly offer imaging tools from GAO Tek Inc. and GAO RFID Inc., known for their precision instruments and lab automation compatibility.
Hardware Components
a. Widefield, inverted, and upright microscope bases:
Widefield, inverted, and upright microscope bases:
Support adaptable imaging configurations for live-cell, tissue, or fixed-sample analysis under precise environmental conditions.
b. High-sensitivity CCD and sCMOS cameras:
Optical & Imaging Sensors
capture low-light and high-speed events with superior resolution, enabling accurate quantification in fluorescence and time-lapse imaging.
c. Motorized filter wheels and dichroic mirrors:
Motion & Position Sensors
Automate spectral selection and beam routing with high repeatability for multiplexed imaging and real-time wavelength switching.
Software Components
- Real-time multi-channel acquisition and display
- Fluorophore unmixing and colocalization analysis
- ROI-based quantification and kinetic tracking
- Automated report generation and audit trailsort tools
Cloud Services
- Image backup and collaborative annotation tools
- LIMS integration for experiment tracking
- Secure remote visualization and analytics portals
Essential Features & Performance Highlights
Live-cell imaging with environmental control
Adjustable exposure and gain settings for low-light sensitivity
Real-time feedback and phototoxicity minimization
Multicolor fluorescence and FRET imaging
Configurable overlays and pseudo-color rendering
Interoperability & Automation Compatibility
Syncs with robotic sample handlers and lab automation systems
Compatible with ELN, AI-assisted analysis, and image databases
Modular accessories for confocal upgrades or high-content screening
Open API support for custom integration
Advantages of Choosing Our Fluorescence Microscopy Systems
- Enhanced image quality with low background noise
- Streamlined workflows from acquisition to publication
- Flexible platforms for both live and fixed samples
- Extensive training and North American tech support
- Expandable systems for multiplexing and assay development
Applications in Cellular & Molecular Research
- Protein-protein interaction studies
- Intracellular calcium and ion flux analysis
- RNA localization and gene expression tracking
- Cell cycle analysis and apoptosis monitoring
- Drug screening and high-throughput imaging
Industries We Serve
- Life Sciences and Biotech
- Hospitals and Clinical Diagnostics
- Academic and Translational Research Labs
- Contract Testing Labs and CROs
- Agricultural and Environmental Research Centers
Compliance & Quality Standards
- CE and FCC Certified
- ISO 9001 & ISO 13485 Quality Assurance
- FDA GLP/GMP-compliant imaging platforms
- Canadian and U.S. laboratory safety certifications
Case Studies
U.S – Translational Genomics Lab, Houston, TX
Used our fluorescence microscopes to study cytokine expression in live macrophage cultures. Enabled real-time tracking of immune responses with 4-color multiplex imaging.
U.S – Pathology Lab, Madison, WI
Implemented fluorescence imaging for routine tumor biopsy analysis. Improved diagnostic turnaround by 30% and increased detection of HER2 markers.
Canadian – Agricultural Genomics Center, Guelph, ON
Integrated fluorescence systems for imaging genetically modified plant cells. Enabled monitoring of transgene expression and cell viability in real-time.
Interested in upgrading your cellular imaging workflows?
Contact Cellular Tissue Analysis today for a tailored consultation, quote, or demo appointment.