The LSM 990 Spectral Multiplex optimizes spectral separation in fluorescence labeling, enhancing productivity with efficient imaging conditions and dye identification. Ideal for cancer research, it integrates multiple channels for advanced multiplexing.
Unlock Optimal Spectral Imaging with LSM 990
Key Takeaways
- Research focus: Advanced spectral multiplexing with LSM 990.
- Model system: Fluorescent protein markers for cancer research assays.
- Research goal: Improve signal clarity and autofluorescence elimination.
- Presented by: ZEISS product overview.
- Content type: Product Overview on spectral imaging capabilities.
LSM 990 Spectral Multiplex excels in the spectral separation of fluorescent labels. Optimize your
advanced spectral multiplexing experiments with numerous protein markers and clear separation
of fluorescence signals while reliably eliminating autofluorescence. Become more productive with
a system that facilitates optimal imaging conditions, immediate dye identification, and streamlined
One of the advantages of confocal imaging is the capacity to capture
multiple channels simultaneously. Spectral imaging is highly relevant for
various applications, particularly in cancer research through spectral mul-
tiplexing assays of cancer biomarkers and general spatial phenotyping.
are combined into one system. Optimize your LSM experiments with
more protein markers and clear separation of fluorescence signals while
