InnoModels Bio's iHuPBMC-B mouse model is a leading biomedical research technology focused on providing high quality B lymphocyte products to support researchers with superior tools and resources in the fields of Immunology, Infectious Diseases, Cancer Research and more.
1. High-efficiency production technology for B lymphocytes: iHuPBMC-B utilizes advanced cell culture and expansion technology to efficiently obtain B lymphocytes from human Peripheral Blood Mononuclear Cells (PBMCs). This ensures that the resulting B lymphocytes have a high degree of activity and functional integrity.
2. Multiple applications: iHuPBMC-B products have a wide range of applications in various research fields such as immunology research, infectious diseases, cancer immunotherapy, and so on. Researchers can utilize these highly efficient B-lymphocytes for in vitro experiments, drug screening, disease modeling studies, etc.

3. Customized service:InnoModels Biotechnology provides customized service, supplying different types and quantities of B lymphocytes according to customers' needs to meet the requirements of various research projects. This personalized service enables researchers to better meet the specific needs of their experiments.
4. Strict quality control: The company carries out strict quality control of iHuPBMC-B products to ensure that each batch of B lymphocytes meets high quality standards. This helps to ensure the reliability and reproducibility of the experimental results.
5. Reliable Supply Chain: The production of iHuPBMC-B products adopts efficient supply chain management to ensure that customers can obtain the required B lymphocytes in a timely manner, and the progress of research will not be affected by supply problems.
By providing high-quality and highly active B lymphocyte products, iHuPBMC-B from InnoModels Biotechnology provides scientists in the field of immunology research with a key research tool, providing strong support for in-depth understanding of the complex mechanisms of the immune system, the onset and progression of disease, and the discovery of new therapeutic approaches.