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STAT Protein Phosphorylation in CD4+ T Cells using the CellStream flow cytometer

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Cytokine-induced protein phosphorylation is a key cell signaling event within the immune system that modulates diverse...

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Cesium-137 versus X-ray irradiation preconditioning in immunodeficient NOG mice

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Radio-active sources have been used routinely for the preconditioning in humanized mouse models, but safety issues have...

Coming in spring 2021, meet the Cytek Aurora CS

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Do you have our CellRad benchtop irradiator? It’s the only one on the market!

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Discover the new NovoCyte Penteon - when exceptional performance meets simplicity

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A dramatic new concept in high resolution, inverted fluorescence microscopy

Mar 15, 2016

The Lumascope design was conceived and developed by working scientists who realized that a large proportion of everyday fluorescence microscopy involves imaging and measuring the presence, health, and signal of labeled cells. Traditional inverted microscopes are expensive, complicated, and loaded with features that are not required for these tasks. Lumascopes focus on: quality images, versatility, compact design, ease of use.

Lumascopes 500 visualize and capture high resolution images comparable to those from traditional, high-cost microscopes. Lumascopes utilize LED light sources, Semrock filters, advanced optical engineering, and CMOS sensors to provide near diffraction-limited (theoretical maximum) resolution. Powered only by its USB computer connection, the Lumascope 500 easily records your photos, time-lapse series, and videos directly to your computer. And its compact size enables working in challenging locations, including inside incubators, biological safety cabinets, and environmental control workstations.

Product news

Related technologies: Live cell imaging

Brand profile

Etaluma

With a focus on portability, ease of use, high-quality imaging and fast frame-rate, Etaluma developed new concept in simple, affordable, and accessible fluorescence microscopy.

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The original single color 488nm excitation fluorescence inverted microscopy

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