Super-Resolution Imaging System, Elyra 7, ZEISS
Repair, replacement of parts, 24/7 technical support
Verification in real production conditions
Setting up and checking the functionality of the equipment
Training operators to work with the equipment and providing practical demonstrations of its functionality.
Super-Resolution Imaging System ZEISS Elyra 7
ZEISS Elyra 7 is a comprehensive super-resolution imaging system that integrates multiple microscopy technologies, providing maximum flexibility for research — from fast optical sectioning and 3D imaging of live cells to single-molecule localization microscopy.
The system integrates Lattice SIM² for high-speed super-resolution imaging and Single Molecule Localization Microscopy (SMLM) techniques, including PALM and STORM, achieving resolution down to tens of nanometers. This makes Elyra 7 a versatile solution for advanced biological and biomedical research.
Key Features
- Super-resolution down to ~20–30 nm (SMLM) and ~60 nm (SIM)
- Multiple imaging modes: Lattice SIM², PALM, STORM
- High-speed acquisition for live-cell imaging
- Flexible switching between imaging techniques
- High-precision single-molecule localization
Technologies
- Lattice SIM²: fast super-resolution imaging with low phototoxicity
- SMLM (PALM/STORM): ultra-high resolution at the single-molecule level
- 3D localization
- Multi-channel fluorescence imaging
Applications
- Protein organization at the nanoscale
- Cell membrane and cytoskeleton analysis
- Molecular interaction studies
- Live-cell super-resolution imaging
- Neuroscience and cell signaling research
Advantages
- Versatility: multiple technologies in one system
- Flexibility: choose the optimal imaging mode
- Ultra-high detail: from cellular to molecular level
- Live and fixed imaging: supports diverse workflows
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