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Webinar : meet the Cytek's new cFluor reagents
Jan 25, 2021
Cytek Biosciences has already redefined what is possible in flow cytometry. The new Cytek cFluor family of reagents...
STAT Protein Phosphorylation in CD4+ T Cells using the CellStream flow cytometer
Jan 21, 2021
Cytokine-induced protein phosphorylation is a key cell signaling event within the immune system that modulates diverse...
Introducing Cytek cFluor, 14 Colors Immunoprofiling Kit
Jan 19, 2021
Cytek cFluor Immunoprofiling Kit allows for the identification of helper T cells, cytotoxic T cells, B cells, NK cells...
A Glimpse on physiological monitoring for the in vivo SKYSCAN Systems
Jan 14, 2021
This past year has proven once again that in vivo imaging is an important aspect in the microCT world. For longitudinal...
Cytek full Spectrum flow Cytometry webinar: Part II – panel design and troubleshooting
Jan 11, 2021
In this session, we will continue to look at full spectrum flow cytometry and look at considerations for fluorescence...
CQ1 webinar : optimizing high-content imaging of 3D models for drug discovery
Jan 7, 2021
In vitro spheroid models are fast becoming the de facto standard for drug discovery applications, largely due to their...
IncuCyte for in-vitro analysis of SARS-CoV-2 vaccine candidate
Jan 4, 2021
Watch this video to learn how researcher at Humane Genomics are utilizing the Incucyte platform for the in-vitro...
High gain mode now available on the Amnis ImageStreamX Mk II
Dec 31, 2020
Increase camera gain during data acquisition and dramatically increase photonic sensitivity with High Gain mode, a new...
Feb 29, 2016
The Hermes WiScan imaging system provides a built-in solution for simultaneous imaging. It features image acquisition in four separate imaging channels, which can be operated in parallel or sequentially, according to the user’s requirements. This configuration allows for simultaneous measurements in live cell experiments on the one hand, and for extremely rapid scanning rates on the other hand. Successful acquisition of several fluorescence images with different wavelengths simultaneously depends on adequate experimental design, in which fluorophores are spectrally separated in order to avoid (or at least minimise) spectral bleed-through, which otherwise occur as a result of overlap between the emission spectra of probes. The Hermes WiScan® system offers a variety of optional fluorophore combinations for simultaneous acquisition to choose from, according to specific research
requirements.
Related technologies: Automated microscopy and image analysis
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