Bovine Serum Albumin

low FFA content, protease free,low endotoxin

General Description: Bovine Serum Albumin (BSA) is the major protein species found in bovine blood plasma and has applications in life science disciplines such as cell culture, in-vitro diagnostics, human and veterinary pharmaceuticals, molecular biology, serology and general research.

Bovogen Biologicals' BSA (Fraction V) is manufactured using a proprietary heat shock process under GMP conditions. The  BSA purity is consistently measured at 99 – 100%.

The BSA is a premium grade product that is ideal for a variety of applications requiring a product with high protein purity and low endotoxin. It is also fatty acid free, IgG free, protease free and is bovine virus free.
Raw Material Origin: Manufactured from the plasma of animals of 100% Australian origin that have undergone veterinary ante- and post-mortem inspection and have been approved for human consumption. 
Appearance: Pale-cream to white coloured, lyophilized powder.
Applications: 

• general additive in growth media for tissue and cell culture
• protein standard
• general research or diagnostic assay reagent
• assays requiring  low endotoxin levels 
• additive in specific diluents
• vaccine production
• blocking agent in immunoassays
• stabiliser in certain types of protein ligands
• reagent for protease sensitive immunoassays
• hybridization
• additive in serum reduced or serum free media
• additive in fatty acid sensitive cell culture systems
• additive to assist in immunohaemaglutination

Storage and Handling: Product is shipped at ambient temperature however, recommended storage is at 2-8°C.

引用BSA發表文章列表：

1. [2014 IF=1.24] Water-soluble protein molecular weight istribution and effects on wheat malt quality uring malting.

Journal: J. Inst. Brew.  2014; 120: 399–403

Authors: Lan Xie, Yuhong Jin, Jinhua Du and Kaili Zhang

Institution：College of Food Science and Engineering, Shandong Agricultural University

Paper link： https://doi.org/10.1002/jib.182

2. [2021 IF=6.95] Protein FT-IR amide bands are beneficial to bacterial typing.

Journal: International Journal of Biological Macromolecules 2022; 207: 358–364

Authors: Jinghang Xiea, Fan Yang, Haimei Shia, Jintao Yana, Hao Shena, Shaoning Yua, Ning Gana, Bin Fenga, Li Wang.

Institution：School of Material Science and Chemical Engineering, Ningbo University

Paper link：https://linkinghub.elsevier.com/retrieve/pii/S0141813022004172