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Novocyte 3005 installation in CEMEX Iasi, Romania

Agilent technologies

May 29, 2023

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May 22, 2023

In vivo longitudinal 920 nm two-photon intravital kidney imaging of a dynamic 2,8-DHA crystal
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Webinar: Multimodal tissue imaging and machine learning to advance precision medicine

RareCyte

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Join us for this webinar to learn how the Orion spatial biology imaging platform was used to identify prognostic...

Mantis ROI calculator

Formulatrix

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Decision to improve the output in a lab is always taken based on knowledge and workflow needs. But final decision to...

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Real-Time and Quantitative Analysis of Macrophage Phagocytosis with RTCA eSight

Agilent technologies

May 4, 2023

The eSight is currently the only instrument that interrogates cell health and behavior using cellular
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A deep learning and Monte Carlo based framework for bioluminescence imaging center Maastro

Precision X-Ray

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"In this paper,we developed a framework using deep learning for bioluminescence-based targeting for GBM animal...

Gentle sorting of microbial cells and sub-micron particles using WOLF sorter

NanoCellect

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While most modern applications of flow cytometry may focus on cells of eukaryotic origin, the first flow analyzers were...

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SPECT imaging properties of the CdTe-Timepix3 detector used in a new prototype

Bruker Biospin

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SPECT (Single Photon Emission Computed Tomography imaging) is one of the most important and widely used methods for the...

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Capturing rapid cellular events using simultaneous image acquisition

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.

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IDEA Bio-Medical

IDEA Bio-Medical presents a revolutionary technological platform for the drug discovery industry.

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Hermes WiScan is a high-resolution, ultra-fast biological cell-imaging system

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