Organoids & Organ Regeneration
Three-dimensional organoid models and regenerative cell systems for studying tissue repair, follicle biology, and human-relevant experimental design.
Our platform spans organoid biology, hair follicle cloning, vaccine and antibody engineering, mammalian protein production, and translational development—built for programs that require both scientific depth and manufacturing discipline.
Three-dimensional organoid models and regenerative cell systems for studying tissue repair, follicle biology, and human-relevant experimental design.
Autologous follicle-derived cell isolation, expansion, and cloning workflows—from dermal papilla biology through translational hair regeneration research.
Recombinant antigen design, adjuvant-enhanced immunogenicity, and antibody-focused development for infectious disease and public-health applications.
Mammalian cell culture systems for proteins requiring complex post-translational modifications, with upstream and downstream process development.
Bio-targeted neuromuscular readout, closed-loop intention decoding, and platform architecture for prosthetic control and neural rehabilitation research.
Structural and biochemical profiling, stability assessment, and quality-attribute development aligned to biologic and vaccine manufacturing requirements.