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Shilian Boyan (Beijing) Technology Co., Ltd
Cell culture system using STLVs microcarriers or scaffolds
NegotiableUpdate on 05/06
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Overview
The cell culture system $r $n of STLVs microcarriers or scaffolds provides oxygenation to the culture medium through a central core silicone rubber gas transfer membrane (positioned along the central axis of the container). $r $n $r $n optimization to cultivate suspension and adhesion dependent cells. $r $n $r $n is very suitable for cell culture using microcarriers or scaffolds, as well as tissue culture of explants.
Product Details
Cell culture system using STLVs microcarriers or scaffolds
Oxygen is provided to the culture medium through a central core silicone rubber gas transfer membrane (positioned along the central axis of the container).
Optimize to cultivate suspended and adherent dependent cells.
Very suitable for cell culture using microcarriers or scaffolds, as well as explant tissue culture.
Cell culture system using STLVs microcarriers or scaffolds
RCCS General Information
2
RCCSfeature:
Being able to3DMultiple cell types are co cultured in spherical morphology.
Can be used to generate with or without brackets3DCell model.
Membrane oxidation provides bubble free operation, which results in a very gentle cultivation.
Operate in a standard incubator. Samples can be easily extracted at any time.
Low shear force in rotating containers(Low turbulence)Allow the sphere to grow.
High quality transfer of nutrients in the culture medium prevents cell death within the core of the sphere.
Can change the speed with a tachometer or knob.
SyntaxWe can design and build systems according to user requirements.
useRCCSof3DCell culture applications:
Stem cell maintenance
Stem cell expansion
Stem cell differentiation
Host-Pathogen research
Cancer modeling/Tumor spheroid culture
Research on cancer cell invasion
Organizational Engineering
Formation and cultivation of spheres
Recrystallization
Decellularization
Explant culture
Organoid culture
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