Accelerate to discover

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

Back to filter

Dec 11, 2019

Elucidation of the roles of neutrophils, is crucial in autoimmune disease and infection research. Being able to...

Successful migration from radioactive irradiators to x-ray irradiators

Dec 9, 2019

This paper summarizes about 9 years of effort by Mount Sinai to successfully migrate completely from radioactive...

New NovoCyte Advanteon - Performance you can trust with the flexibility you need

Dec 6, 2019

The NovoCyte Advanteon flow cytometer builds upon the highly successful NovoCyte, and NovoCyte Quanteon, to provide an...

Webinar recording: 4D monitoring of bone and (re)modeling events using in vivo micro-CT

Dec 4, 2019

Micro-CT is a powerful tool for the longitudinal monitoring of bones to acquire bone mass and architectural changes in...

Dec 16, 2019

Bioflux webinar: Flow dynamics influence on biofilm formation by Proteus mirabilis

Dec 2, 2019

Catheter blockage by ureolytic biofilm-forming pathogens is a significant problem for health services, with 2,000...

Bruker MRI consistent quantification

Nov 29, 2019

Regardless of the method, stability and reproducibility are a must for many laboratories. Identical protocols must...

Targeted sequencing of highly homologous genes using Cas9 digestion

Nov 25, 2019

Integrated DNA extraction, digestion, and size-selection using HLS-CATCH were introduced for addressing the problem of...

Dec 16, 2019

Multirad - Fully integrated x-ray irradiation system

Nov 20, 2019

The new X-RAD 160 qube is suitable for either mounting on the lab bench or mobile on an optional wheeled cart, allowing...

Show all topics (10)

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!

Technical breakthrough

Application

Related technologies: 3D cell culture rotary system

Get more info

Head of application support

Riccardo

Pasculli

+420 731 127 717

pasculli@accela.eu

Send Message

Brand profile

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.

More info at:
www.synthecon.com