Bio-Assembler Kits for 3D cell culture
Magnetic levitation is an easy tool to recreate native tissue environments in vitro.
6-Well Bio-Assembler Kit
24-Well Bio-Assembler Kit
Single Well Bio-Assembler Kit
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- 3D cultures mimicking native tissue environments
- Biocompatible nanoparticles to magnetize cells
- Magnetized spheroids that are easy to handle/retrieve
- No special media needed
- Allows co-culture
- Application: Organoids, Genomics, Western Blotting
Brochures
3D Cell Culture with Products from Greiner Bio-One and Nano3D Biosciences
In this brochure, learn about 3D cell culture and how to get the most out of it, using technology from Greiner Bio-One and Nano3D Biosciences.
3D Cultures of iPSC-derived Human Motor Neurons & Tracheal Smooth Muscle Cells Using Magnetic 3D Bioprinting
3D cell culture is becoming increasingly important for drug screening applications. This poster presents the use of magnetic 3D culture techniques for accurate modeling of functional neuronal units, using iPSC-derived human motor neurons.
Is NanoShuttle™ Biocompatible? YES!
Learn about NanoShuttle™, a nanoparticle assembly (~50 nm) consisting of gold, iron oxide, and poly-L-lysine (PLL)1 that attaches to the plasma membrane electrostatically (50 pg/cell). Using NanoShuttle™ facilitates rapid 3D cell culture formulation through the mechanism of magnetic levitation.
New Cell Culture System! 3D in a 2D Workflow™ Low & High Throughput
In this application note, find out how you can achieve high quality 3D cell culture with a simple 2D workflow.
Magnetic 3D Cell Culturing – A Simple and Effective Technology with a Wide Range of Applications
Cell culture is an essential tool in drug discovery, tissue engineering, stem cell research, as well as in basic research. The limitations of typical 2D monolayer cell culture have led to the development of in vitro 3D cell culture technique designed to provide a more physiologically relevant cellular environment that can potentially improve accuracy in research and drug discovery. Here, an effective tool for 3D cell culture is described: the magnetic levitation method and magnetic bioprinting.
Cell Magnetization: Enabling 2D Workflows to be Conducted in 3D Environments
3D cell culture permits a better understanding of human disease and its response to therapeutic compounds. However, when working in 3D, phenotypic analysis is made more complex in the absence of adherent cells. The revolutionary cell magnetization technology from Greiner Bio-One bypasses these difficulties. Watch this video to find out more, and download this poster from SLAS2019 to discover how human motor neurons were cultured with bio-compatible magnetization nanoparticles.
This interview was filmed as part of our coverage of SLAS2019 - see other video highlights here >>
3D Cell Culture Solutions from n3D and Greiner Bio-One
Watch this video to learn a complete procedure for 3D cell culture, using magnetic levitation. Find out about the range of equipment from n3D and Greiner Bio-One that has been designed to facilitate simple and effective cell culture.
Greiner Bio-One to Present Innovative Solutions for 3D Cell Culture at SLAS 2019
Discover how reproducible spheroid formation can be achieved through cell magnetization technology
