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Understand the Cancer Ecosystem based on single cells analysis

Mission Bio

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Mission Bio is a life sciences company that accelerates discoveries and cures for a wide range of diseases by equipping...

Automating DNA Extraction for High-Throughput Bacterial Plasmid Purification with CyBi®-SELMA

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Introducing RareCyte Orion, integrating Spatial Biology with Multiplex Imaging

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Cytek Aurora at CIVIS Summer School

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OMIXYS´s workshop during CIVIS project for spectral flowcytometry, using Aurora from Cytek

xCELLigence eSight - Imaging & Impedance in real-time inside your incubator

Agilent technologies

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The xCELLigence RTCA eSight enables comprehensive insight into cell health, cell behavior, cell function and cell...

Standardize tumor sample preparation and reduce background with Curiox laminar wash system

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Laminar Wash technology offers a gentle alternative that can improve yield and data quality, particularly of rare cell...

Developing a 43 color panel on Cytek Aurora using Laminar Wash for sample prep

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Successfully executing a 43 color panel is a technically demanding task. One that is made more difficult when there are...

Transcriptome-Informed Approach to Drug Discovery

HTG Molecular Diagnostics

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The HTG EdgeSeq system is a powerful molecular profiling tool for biopharmaceutical companies, academic research...

Semi-automated genomic DNA extractionfrom Plant with CyBi®-SELMA

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Plant genomic DNA extraction with CyBio SELMA, Semi-Automated Pipette with minimal benchtop footprint

New Center of Excellence, located at the Josep Carreras Leukaemia Research Institute

Mission Bio

Jul 12, 2022

Mission Bio is a life sciences company that accelerates discoveries and cures for a wide range of diseases by equipping...

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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.

Improve your 3D cultures - read more!

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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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