Chemically defined serum-free and xeno-free media for multiple cell lineages. 2014

Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
1 Jeevan Biosciences Inc., Dunwoody, GA, USA ; 2 Department of Microbiology and Immunology, Emory University School of Medicine, Atlanta, GA, USA ; 3 Department of Biology, Georgia State University, Atlanta, GA, USA.

Cell culture is one of the most common methods used to recapitulate a human disease environment in a laboratory setting. Cell culture techniques are used to grow and maintain cells of various types including those derived from primary tissues, such as stem cells and cancer tumors. However, a major confounding factor with cell culture is the use of serum and animal (xeno) products in the media. The addition of animal products introduces batch and lot variations that lead to experimental variability, confounds studies with therapeutic outcomes for cultured cells, and represents a major cost associated with cell culture. Here we report a commercially available serum-free, albumin-free, and xeno free (XF) media (Neuro-Pure(TM)) that is more cost-effective than other commercial medias. Neuro-Pure was used to maintain and differentiate various cells of neuronal lineages, fibroblasts, as well as specific cancer cell lines; without the use of contaminants such serum, albumin, and animal products. Neuro-Pure allows for a controlled and reproducible cell culture environment that is applicable to translational medicine and general tissue culture.

UI MeSH Term Description Entries

Related Publications

Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
February 2021, Cells,
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
November 2019, International journal of stem cells,
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
May 2021, Nature communications,
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
May 2010, Human reproduction (Oxford, England),
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
June 2005, Cytotechnology,
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
July 2001, Cytotechnology,
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
January 2016, PloS one,
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
January 2021, Methods in molecular biology (Clifton, N.J.),
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
January 2011, Cell transplantation,
Sümeyra Naz Usta, and Christopher D Scharer, and Jie Xu, and Teryl K Frey, and Rodney J Nash
August 2017, International journal of molecular sciences,
Copied contents to your clipboard!