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Programing Cells in a Predictable and Scalable Way
Manage episode 402088598 series 49047
The advent of induced pluripotent stem cells, cells that can be coaxed into becoming virtually any type of cell within the body, promised to usher in a new era of regenerative medicine and improved drug discovery. In practice, though, the ability to use these cells to develop desired cell types has proved challenging to do in a predictable way and at scale. Bit.bio, has developed a synthetic biology platform that it says allows it to industrialize this process and produce desired cells in a consistent manner. We spoke to Mark Kotter, founder and CEO of Bit.Bio, about the company’s platform technology, its effort to develop cell therapies, and its growing offering of precision reprogramed human cells for drug development.
530 Episoden
Manage episode 402088598 series 49047
The advent of induced pluripotent stem cells, cells that can be coaxed into becoming virtually any type of cell within the body, promised to usher in a new era of regenerative medicine and improved drug discovery. In practice, though, the ability to use these cells to develop desired cell types has proved challenging to do in a predictable way and at scale. Bit.bio, has developed a synthetic biology platform that it says allows it to industrialize this process and produce desired cells in a consistent manner. We spoke to Mark Kotter, founder and CEO of Bit.Bio, about the company’s platform technology, its effort to develop cell therapies, and its growing offering of precision reprogramed human cells for drug development.
530 Episoden
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