By integrating micro-/nano-fabrication with stem cell biology, we develop iPSC-derived organoids and 3D tissue platforms, delivering a next-generation foundation for disease modeling and drug evaluation.

Amid a global shift away from reliance on animal testing, we design and deliver tissue models that are closer to human biology.
We support the shift toward reduced reliance on animal models, in line with evolving global regulatory trends including FDA initiatives.
By combining micro-/nano-fabrication with stem cell biology, we develop advanced human-relevant tissue and organoid systems.
Our proprietary iPSC-derived organoid platform enables disease modeling and drug evaluation.
From cardiac tissue maturation to functional assessment and cellular analysis — our proprietary technologies create tissue models that closely reflect human biology.
Using a self-generated traveling-wave mechanism that requires no external pacemaker, we functionally train immature iPSC-derived cardiomyocytes, promoting their electrophysiological and mechanical maturation.

With a dual excitation-contraction recording system, we simultaneously capture the electrophysiological and mechanical responses of cardiac tissue, enabling precise evaluation of function and drug response.

Combining Raman spectroscopy, molecular biology techniques, and other advanced analytical methods, we comprehensively assess cellular function, physiological state, and resistance to stress or injury. Integrating AI-driven data analysis, we provide detailed and actionable evaluation reports on cell quality, functionality, and therapeutic potential.

We welcome inquiries about collaborative research, contract services, and our technologies. Please feel free to reach out.
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