Organ Bioengineering & Regeneration Innovation Core

Intoroduction＆Research Overview

― From Creating Organs to Designing Life ―

This core is dedicated to establishing Organ Design science—a new paradigm that transforms organ regeneration from empirical practice into a reproducible, scalable, and design-driven discipline.

Grounded in stem cell biology and organoid technologies, we seek to uncover the fundamental principles underlying organ formation—how functional units are structured, integrated, and matured—and to translate these principles into automated and manufacturable regenerative strategies.

While advancing whole-organ generation through global collaborations, our Core focuses on three foundational pillars:

1. Organ Design: Modeling developmental principles through integrated multi-scale analysis and AI-driven bioinformatics
2. Functional Unit Engineering: Defining and reconstructing minimal transplantable human tissue modules with reproducibility and scalability
3. Quantitative Validation: Establishing AI-enabled metrics for functional maturity, immunocompatibility, and safety, supported by theranostic imaging

By unifying design, generation, and validation, we aim to deliver design-validated, quality-assured regenerative medicine.

In partnership with our Preclinical Animal Model and RI Precision Medicine cores, we are building a seamless translational ecosystem that connects scientific discovery with clinical implementation.

Leveraging Okayama University’s strong transplantation platform and international research network, we strive to enhance the reliability, scalability, and global impact of next-generation regenerative medicine.