ABOUT THE WEBINAR
Join us for an inside look at Ribbon Bio, a biotechnology company pioneering cell-free synthetic DNA solutions designed to overcome the limitations of traditional, bacteria-based DNA synthesis. During this webinar, Divya Vijay Pratheek (Vice President of Product Management) and Daniel Sachs (Director of Automation Development) will share insights into their latest research and explore how their innovative MiroMine™ platform enables researchers to assemble complex DNA without bacteria, offering greater flexibility and accelerating research workflows.
Discover how Ribbon Bio is advancing high-throughput cell-free DNA synthesis and how DISPENDIX's precision automation technologies, including the I.DOT L and G.PURE, are helping streamline their research processes. By combining innovative DNA synthesis with automated liquid handling and purification, these technologies support more efficient workflows, allowing researchers to accelerate their work and push the boundaries of what's possible in synthetic biology.
REGISTER NOW
ABOUT THE SPEAKER
Divya Vijay Pratheek - Vice President of Product Management
Divya Vijay Pratheek is an experienced biotechnology leader with over a decade of expertise in product management, commercial strategy, and technology development. Throughout her career, she has led cross-functional teams and managed global product portfolios spanning laboratory automation, reagents, and software. At Ribbon Bio, Divya plays a key role in driving product strategy and bringing innovative solutions like MiroMine™ to researchers, helping advance accessible, high-throughput cell-free DNA synthesis.

Daniel Sachs - Director of Automation Development
Daniel Sachs brings extensive expertise in laboratory automation, liquid handling, and synthetic biology. With a Ph.D. in Quantitative Biology, Biochemistry, and Biotechnology from the University of Edinburgh, his background combines scientific research with practical experience in automation technologies. At Ribbon Bio, Daniel focuses on automation development, helping integrate innovative technologies into DNA synthesis workflows to improve efficiency, scalability, and reproducibility.
