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Webinar Tuning Microenvironment to Control Cells for Improved Disease Modeling & Immunotherapy Work

Xcell Biosciences

Jul 16, 2018

The company producing Avatar, xCELL biosciences have organized a webinar about the tuning of microenvironment to...

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Newer approaches, such as whole-genome sequencing and whole-genome mapping have the potential to identify novel...

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Etaluma

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Cancer stem cells (CSCs) are a large cause of metastasis in breast cancer. They are also very resistent to any...

Incucyte system used for generating single-cell-derived cancer-associated fibroblast clones

Sartorius

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Single-cell-derived cancer-associated fibroblast (CAFs) were produced using Incucyte. These cells were used to help...

Jul 17, 2018

Real-time verification of clonality using IncuCyte system

Sartorius

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Use whole-well, label-free imaging to automatically scan for clones and verify monoclonality. Integrated image...

First DLS paper: Sorghum genome assembled with nanopore sequencing and DLS

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The new paper describes a chromosome-scale de novo assembly of the repeat-rich Sorghum bicolor Tx430 genome built using...

NovoCyte Quanteon - when exceptional performance meets simplicity

Acea Biosciences

Jun 21, 2018

NovoCyte Quanteon system is the answer for growing demands in modern flow-cytometry assays. With its four lasers (405,...

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Real-time study of platelet formation under sheer-flow with Lumascope

Etaluma

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Platelet formation was observed with Lumascope microscope in a uniform-sheer-flow biorector. Videos of the formation...

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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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