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Cytek full Spectrum flow Cytometry webinar: Part II – panel design and troubleshooting

Cytek Biosciences

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

Yokogawa

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

Sartorius

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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

Luminex

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Increase camera gain during data acquisition and dramatically increase photonic sensitivity with High Gain mode, a new...

Jan 15, 2021

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

Precision X-Ray

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

EV imaging series: Using ONI super-resolution to characterize single-EVs

ONI

Dec 23, 2020

To date, researchers commonly use flow-based characterization methods, fluorescence imaging techniques and electron...

Don’t Let Waste Anesthetic Gases Harm You!

RWD

Dec 21, 2020

Many projects have been devoted to the study of the correlation between anesthetics and Alzheimer’s disease....

Jan 15, 2021

Coming in spring 2021, meet the Cytek Aurora CS

Cytek Biosciences

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Ever wanted to take your full spectrum panel from your Cytek Aurora or Northern Lights cytometer and sort? Soon, you...

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Low shear micro-gravity, a better way to do 3D cell culture

Aug 20, 2018

The in vitro culture of cells has played a central role in the biological sciences dating back to the beginning of the 20thcentury. Yet, for all the advanced tools that have been developed for studying cells, the method for culturing cells has remained virtually unchanged. The classical method for culturing cells involves growing cells as two-dimensional monolayers on flat, impermeable supports made of plastic or glass. While this method contributed much to our understanding of basic cell biology, it falls short of recapitulating in vivo structure and function of differentiated tissues. The key component that is missing in monolayer culture is growth in 3D. It has long been appreciated that the culture of cells in 2D monolayers leads to a rapid loss of the differentiated phenotype, but only in the last 10-15 years have methods to culture cells in 3D come into more widespread use.

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Related technologies: 3D cell culture rotary system

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Riccardo Pasculli

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Riccardo

Pasculli

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Synthecon

Inovating 3D cell culture technology exploring the rotary culture system for tissue engineering, stem cell, tumor spheroid and more. Unique Rotary Cell Culture System (RCCS)  for 3D culturing both suspension and anchorage-dependent cells.

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The disposable (single use) vessel culture systems are low cost, easy to use, rotary bioreactor systems that utilize disposable culture vessels to enable 3D cell culture.

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The autoclavable RCCS use culture vessels designed for repeated autoclaving, and ideal for long-term use. Suitable for any of the Synthecon culture vessels supplied with variable speed motor drives equipped with tachometer.

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The RCCS-SC systems are a unique 3D cell culture technology with scaled down size for economic and more efficient stem cells growth.

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RCCMAX allows undisturbed 3D cultivation of cells in vitro condition with continuous supplementation of fresh media and oxygen.

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