New Arrival Pan-biotech Isf-1 Serum-free Hybridoma Medium Gadget [UOh1iGzB]

PAN-Biotech ISF-1 Serum-Free Hybridoma Medium is a cutting-edge serum-free culture medium designed for the in vitro cultivation and expansion of hybridoma cell lines. This advanced medium offers a stable and reliable environment for achieving high yields of monoclonal antibodies (mAb). Key features include a stable glutamine content, insulin human, and a precise 2.438 g/L NaHCO3 concentration, ensuring optimal cell growth and productivity.

• High yield and concentration of mAb
• Stable glutamine and insulin human for consistent results
• Low trace levels of animal-derived components and proteins

Product Specifications

The PAN-Biotech ISF-1 Serum-Free Hybridoma Medium is formulated to support suspension culture, eliminating the need for additional supplements in agitated suspension cultures. It is sterile and available in convenient liquid form, with sizes of 1000 ml and 10 x 1000 ml. This medium is suitable for various cell culture systems, including stationary culture, spinner, roller bottles, and bioreactors.

• Supports suspension culture without additional supplements
• Available in liquid form for easy use
• Compatible with most antibiotics, including Penicillin/Streptomycin, Gentamicin, Puromycin, or Fungizone

Applications and Benefits

The PAN-Biotech ISF-1 Serum-Free Hybridoma Medium is ideal for the production of monoclonal antibodies in higher scales. Its serum-free and defined composition makes it a suitable choice for researchers and pharmaceutical companies looking to achieve consistent and reproducible results. This medium is well-suited for various hybridoma systems, though additional supplementation with lipoprotein preparations or cholesterol sources is required for cholesterol-dependent cell lines. By using this product, you can expect improved productivity and reduced contamination risks.

• High productivity and reduced contamination risks
• Reproducible and consistent results
• Supports the production of monoclonal antibodies in higher scales