Recently, a world research team has successfully developed a new method for producing glass nanofibers, which relies on "laser spinning" technology. The team of researchers from the United States Vigo University, Rutgers University and London Imperial College London, they succeeded in extracting nanofibers from bioactive glass.
One of the highlights of this new technology is the use of high-energy lasers for pre-mapping. Another important breakthrough is that new technologies have no harsh requirements on the production environment, which is difficult to achieve in the field of nanotechnology production. This material can be used in the medical field, promote bone regeneration, and can also be used to produce flame-retardant fabrics, carbon dioxide capture systems, and composites.
According to the adherence requirements of the product, cells are divided into three categories:
Suitable for suspension culture of common cells and tissues;
The standard type has good cell adhesion performance and is suitable for cell adhesion growth;
Dedicated containing cell pastes (cell clusters that can be used in some special cases, such as cell walls, cell surfaces and secretory cells).
According to the shape of the instrument, it is divided into:
Wide body culture flask;
triangle bottle;
Torticollis flask.
cell culture flask,filter cap cell culture flask,suspension culture flasks,cell tissue culture flask
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