Kamihira Laboratory integrates genes, cells, tissues, bioproduction, and AI to translate fundamental understanding of living systems into new bioengineering technologies.
Our research spans molecular design, cells and tissues, biopharmaceutical production, and AI-driven analysis through four interconnected research pillars.
We engineer and reconstruct cellular information-processing systems using gene-expression control, RNA sensing, viral vectors, recombinases, and related molecular technologies.
We develop cell and tissue systems with physiologically relevant structures and functions through cell differentiation, three-dimensional tissue construction, encapsulation, and advanced culture technologies.
Using CHO cells and genetically engineered organisms, we develop new production platforms for efficient and high-quality manufacturing of biopharmaceuticals.
We integrate image analysis, machine learning, and time-series analysis with bioengineering to quantify, evaluate, and predict cellular and tissue functions.
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