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.

Biopharmaceutical Manufacturing

Biopharmaceutical Manufacturing
  • Overview

    Biopharmaceuticals such as monoclonal antibodies, recombinant proteins, and gene therapy vectors are transforming modern medicine.
    However, manufacturing these complex biologics remains challenging.
    Our research integrates cell engineering and bioprocess strategies to develop next-generation manufacturing platforms for advanced therapeutics.

  • Key Research Areas
    Engineering Mammalian Production Hosts

    We develop optimized mammalian cell lines capable of producing complex biologics with improved productivity and robustness.

    Next-Generation Biologics Manufacturing Platforms

    Our research focuses on enabling scalable production of emerging therapeutic modalities, including complex proteins and gene therapy vectors.

    Data-Driven Bioprocess Optimization

    We integrate high-throughput experimentation and data analysis to improve manufacturing efficiency and process reliability.

  • Vision

    Our goal is to enable scalable, programmable, and efficient manufacturing platforms for next-generation biotherapeutics.