Results for Cell Culture Products ( 2076 )
Collagen membrane have some features as follows, Due to membrane transparency, microscopic observation of the cells is possible while culturing. Study of cell interaction is possible without a co-culture. Cell culturing on a collagen membrane creates a natural environment that resembles in-vivo systems. Amino acids and other small molecular weight compounds can move freely though the permeable collagen membrane.
Collagen membrane have some features as follows, Due to membrane transparency, microscopic observation of the cells is possible while culturing. Study of cell interaction is possible without a co-culture. Cell culturing on a collagen membrane creates a natural environment that resembles in-vivo systems. Amino acids and other small molecular weight compounds can move freely though the permeable collagen membrane.
CryoScarless DMSO-Free is a serum-free and dimethyl sulfoxide (DMSO)-free cell freezing media for long-term storage at -80℃ or in liquid nitrogen. Features 1. Animal derived protein-free, Serum-free, DMSO-free and Xeno-free formulation. 2. High cell viability, and no risk of both cytotoxicity of DMSO and contamination by serum-derived proteins. 3. Consistent and high cell viability after thawing (> 90% for most of the cell lines).
The collagen sponge for cell culturing is a collagen-based device developed for three-dimensional cell culturing. The collagen porous sponge is prepared from a insoluble type I collagen that is derived from bovine Achilles tendon. Cells can penetrate into the sponge and proliferate three-dimensionally. This technique is very useful for tissue engineering studies.
The 'Honeycomb' collagen sponge has a structure in which uniform pores (250-400 μm) are arranged densely in one direction, into which cells can penetrate and proliferate. This structure facilitates the ready supply of nutrients to the cells inside the sponge, and releases metabolic wastes and biochemical products. Cells can proliferate and fill the lumen to form a uniform cell mass. The 'Honeycomb' collagen sponge is prepared from highly purified bovine dermal type I Atelocollagen and can be degraded by collagenase.
The 'Honeycomb' collagen sponge has a structure in which uniform pores (250-400 μm) are arranged densely in one direction, into which cells can penetrate and proliferate. This structure facilitates the ready supply of nutrients to the cells inside the sponge, and releases metabolic wastes and biochemical products. Cells can proliferate and fill the lumen to form a uniform cell mass. The 'Honeycomb' collagen sponge is prepared from highly purified bovine dermal type I Atelocollagen and can be degraded by collagenase.