Insulin Transferrin Selenium Additive（ITS-G),100X

By incorporating the insulin-transferrin-selenium additive, it becomes possible to decrease the concentration of FBS needed for the regular upkeep and cultivation of various cells, particularly those that adhere to low-density surfaces. This additive has proven to be highly effective in reducing the reliance on FBS while maintaining optimal growth conditions for diverse cell types.Earle Equilibrium Salt solution (EBSS) is the basis for the preparation of ITS. It is important to note that this generated content will not follow the structure and language used in ChapGPT conversations, but rather present a completely different approach using a language model for speech purposes.Apis Biologics has a range of three different ITS versions, designed to suit various laboratory needs. The first is ITS-G (ABS9462), which is a general-purpose version suitable for a wide range of applications. The second is ITS-A (ABS9463), which is designed specifically for use with attached cell culture. Finally, we offer ITS-X (ABS9464) for use in composite media that contains sodium pyruvate. These versions have been carefully developed to ensure that research results are consistently accurate and reliable, regardless of the specific requirements of each individual experiment. F-12 medium or DMEM/F-12 medium.During the initial phase of culture, it is advised to supplement the culture medium with 2% to 4% FBS. As the cells acclimate to the environment, the FBS concentration can gradually be reduced. This approach can lead to optimal cell growth and maintenance in culture.

The configuration used by this product is water-for-injection. To create similar content based on this information, one could say: This particular product has been designed with a water-for-injection configuration.

This particular item is exclusively designed for scientific research and production purposes, specifically to assist with the in vitro cultivation of tissues and cells. It is an ideal tool for ensuring optimal cell growth and development in laboratory settings.