A simple protein free medium was formulated and tested in suspension culture using three hybridoma cell lines. The medium, referred to as CDSS (Chemically Defined Serum Substitutes), consisted of the basal medium DMEM:Ham F12, 1:1, with HEPES (D12H), plus pluronic F68, trace elements, ferric citrate, ascorbic acid, and ethanolamine. No protein or lipid components were added. All three cell lines were weaned off serum using CDSS and a commercially available protein free medium PFHM-II. Data shown here indicated that normally cells took 1-7 weeks to wean off serum and an additional 2-7 weeks to adapt to suspension culture. After adaptation the cells were able to grow well in suspension culture using both protein free media and in the main per...
Quality assurance is becoming increasingly important. Good laboratory practice (GLP) and Good manufa...
A study was done to determine the viability improvement of hybridoma cell producing monoclonal antib...
Büntemeyer H, Lütkemeyer D, Lehmann J. Optimization of serum-free fermentation processes for antibod...
Monoclonal antibodies (MAbs), for human use require chemical and biological purity. The best approac...
The effect of serum on cell growth and monoclonal antibody (MAb) productivity was studied in a repea...
Various growth factors, hormones and proteins present in serum are presumed to be responsible for i...
The effect of serum on cell growth and monoclonal anti-body (MAb) productivity was studied in a repe...
The humanized monoclonal antibody (mAb) against the colon and ovarian cancer cells has been successf...
In animal cell culture, serum is normally added in the cell culture medium to provide cells growth, ...
The selection of a serum-free medium for a particular process of production using mammalian cells is...
We have recently shown that the semi-continuous cultivation of a mouse hybridoma line in spinner fla...
Monoclonal antibody (MAb) production using immobilized hybridoma cells and free cells were compared ...
<p>The high producer cell clones (A, CN19-10/1A3; B, CN19-4/1F3) were adapted to suspension serum-fr...
International audienceThe development of media free of serum and animal or human proteins is of utmo...
A murine hybridoma cell line (167.4G5.3) was cultured in batch mode using IMDM containing different ...
Quality assurance is becoming increasingly important. Good laboratory practice (GLP) and Good manufa...
A study was done to determine the viability improvement of hybridoma cell producing monoclonal antib...
Büntemeyer H, Lütkemeyer D, Lehmann J. Optimization of serum-free fermentation processes for antibod...
Monoclonal antibodies (MAbs), for human use require chemical and biological purity. The best approac...
The effect of serum on cell growth and monoclonal antibody (MAb) productivity was studied in a repea...
Various growth factors, hormones and proteins present in serum are presumed to be responsible for i...
The effect of serum on cell growth and monoclonal anti-body (MAb) productivity was studied in a repe...
The humanized monoclonal antibody (mAb) against the colon and ovarian cancer cells has been successf...
In animal cell culture, serum is normally added in the cell culture medium to provide cells growth, ...
The selection of a serum-free medium for a particular process of production using mammalian cells is...
We have recently shown that the semi-continuous cultivation of a mouse hybridoma line in spinner fla...
Monoclonal antibody (MAb) production using immobilized hybridoma cells and free cells were compared ...
<p>The high producer cell clones (A, CN19-10/1A3; B, CN19-4/1F3) were adapted to suspension serum-fr...
International audienceThe development of media free of serum and animal or human proteins is of utmo...
A murine hybridoma cell line (167.4G5.3) was cultured in batch mode using IMDM containing different ...
Quality assurance is becoming increasingly important. Good laboratory practice (GLP) and Good manufa...
A study was done to determine the viability improvement of hybridoma cell producing monoclonal antib...
Büntemeyer H, Lütkemeyer D, Lehmann J. Optimization of serum-free fermentation processes for antibod...