Nutritional Supplements
Corning™ Polysucrose 400, Powder
A synthetic polymer of sucrose and epichlorohydrin used for the density gradient separation of cells, cell membranes and virus cells
Gibco™ Bacto™ Casamino Acids, technical
An animal origin (AO) acid hydrolysis of casein.
Cytiva HyClone™ SFM4Transfx-293 Powdered Media
Promotes transfection using lipofection, polymer, or similar methods in HEK 293 cell culture.
Gibco™ Difco™ Soytone
An enzymatic digest of soy.
MP Biomedicals™ SC-Lys
SC-Lys, Powder
Gibco™ Bacto™ Casitone
An animal origin (AO) pancreatic enzymatic digest of casein.
Yeast Synthetic Drop-out Medium Supplements without Histidine, MilliporeSigma™ Supelco™
Mixtures of amino acids and other nutrients to be added to Yeast Nitrogen Base Without Amino Acids.
Gibco™ Efficient-Pro™ AGT™ Feed 2
Gibco™ Efficient-Pro™ Feed 2 helps deliver superior product performance, improved product titer, better protein quality and lot-to-lot consistency for more control and predictability. Feed 2 is chemically defined for maximum feeding flexibility and pairs best with feeds for CHO-S cells.
Gibco™ Bacto™ Yeast Extract, technical
Suitable for use as multi-functional nutritional supplements in mammalian cell culture, microbial fermentation, and insect cell culture applications.
Gibco™ Bacto™ Tryptone
An animal origin (AO) pancreatic digest of casein.
Gibco™ Phytone™ Peptone
An animal origin-free (AOF) enzymatic digest of soy.
Promega Amino Acid Mixtures
Amino Acid Mixture, Complete, is an aqueous solution containing 1mM each of the 20 essential amino acids.
Advanced Biomatrix Fibroin Silk Solution, 50 mg/ml
This Silk Fibroin solution is approximately 50 mg/mL (5% w/v) of solubilized protein derived from the Bombyx Mori silkworm. Silk Fibroin is useful for forming various scaffolds such as coatings, films, sponges, hydrogels and electrospun fibers. It has a molecular weight of approximately 100k Da, and comes in 20 mL volume. The product is manufactured in a manner to minimize contamination and has a low bioburden but is not considered sterile. Fibroin offers a high degree of biocompatibility and lack of immune response when implanted within the body. As with traditional tissue-engineering approaches, silk scaffolds are typically seeded in vitro with a specific cell type as most cells will adhere to fibroin protein, and then cultured over time to mimic tissue architecture. It has been shown that the silk fibroin protein can be degraded by a number of naturally occurring proteolytic enzymes, and is thus a biologically active scaffold unlike other synthetic materials.
