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Fluorescence Imaging

Fluorescence Imaging

Fluorescence imaging is a widely used technique for visualizing and quantifying biological structures and processes with fluorescently labeled samples. By exciting fluorophores with specific wavelengths of light, researchers can detect emitted signals that reveal the presence, distribution, and intensity of target molecules within cells and tissues.

Modern advances have moved beyond conventional fluorescence microscopes, enabling whole-slide fluorescence imaging with high sensitivity, speed, and reproducibility. Using a fluorescence slide scanner, scientists can generate digital slides for comprehensive analysis, perform multiplexing fluorescence assays, and manage large, complex datasets across multiple channels in a streamlined workflow.

Innopsys has advanced this field with innovative solutions that combine:

High resolution (down to 0.5 μm/pixel) for detailed tissue imaging and cellular analysis
Multichannel acquisition for colabeling, multiplex fluorescence imaging, and comparative assays
Quantitative fluorescence measurement for reproducible biomarker analysis
Fast whole-slide scanning with uniform illumination for reliable results across full samples

Innopsys is transforming fluorescence slide scanning with a tile-free laser scanning technology that makes fluorescence quantification significantly simpler.

Expect perfect uniformity across the entire slide, unmatched signal-to-noise ratio, and a whole-slide image generated with zero post-processing. Free your confocal from the grind of large, multiplexed specimen acquisition, InnoQuant does the job in just one pass.

At Altium, we distribute Fluorescence Slide Scanners from Innopsys, including the InnoQuant® system, which delivers rapid, quantitative, whole-slide multichannel imaging to optimize research workflows and support high-throughput discovery.