B cells present a promising candidate for novel cell-based therapies because of their ability to secrete large amounts of protein and persist for the life of the organism. In theory, plasma B cells can survive decades—even the entire life of the patient. Some research has shown that engineered human antibody-secreting B cells can survive for greater than a year in a living model. With highly innovative, next-generation enabling technologies under one roof and numerous experts in each field, Creative Biolabs has built a powerful engineering B cell platform for therapeutics delivery, opening a new and paradigm-shifting class of cellular medicines. Through precision engineering, we genetically engineer B cells to act as cell factories capable of delivering continual, high doses of a therapeutic protein.
Fig.1 A schematic of the conceptual framework of B cell engineering for therapeutic protein secretion. (Hung, et
al., 2018)
Recent developments in gene manipulation and a deep understanding of cell-based therapy have opened new possibilities for B cell gene therapy. Creative Biolabs has developed methods for ex vivo expansion and targeted genome engineering of primary human/mouse B cells. Our genetically-engineered B cells confer new specificities to B cells and open a new avenue for using B cells to treat various diseases and to study their basic biology. Engineered B cells can be used in the treatment of multiple diseases, including:
Creative Biolabs has a research team of staff with expertise in hematology, oncology, neurology, immunology, molecular medicine, and immune therapy to develop new cancer treatments. Based on our B cell engineering platform, We are accelerating the future of B cell therapy with flexible solutions that manufacture healthier and more functional B cells. If you are interested in our B cell engineering services, please feel free to contact us to discuss more.
We perform various strategies to generate custom B cells. Tell us your research needs Creative Biolabs offers a complete solution for your project.