Research Mammalian Cell Designers’ Laboratory

MISSION

Our mission is to engineer next-generation mammalian cell factories
for the production of complex biotherapeutics.
By integrating synthetic biology, genome engineering, and autonomous experimentation,
we aim to transform cell line development from empirical optimization into a predictive engineering discipline.

Autonomous Lab

Autonomous Lab
  • Overview

    Biological discovery is increasingly limited by experimental throughput and reproducibility,
    while our laboratory develops autonomous experimental platforms integrating automation, robotics, and data-driven analysis.

  • Key Research Areas
    Automated Mammalian Cell Engineering Platforms

    We build integrated experimental workflows that automate genome engineering, cell culture, and screening processes for mammalian systems.

    High-Throughput Phenotyping and Screening

    Our lab develops automated phenotyping platforms that enable large-scale exploration of genetic design space in mammalian cells.

    Design–Build–Test–Learn (DBTL) Infrastructure

    We develop closed-loop experimental systems that integrate automation, data analysis, and iterative biological design.

  • Vision

    We envision autonomous laboratories as biological discovery engines,
    enabling rapid exploration of complex biological systems and accelerating synthetic biology innovation.