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Conceptual illustration of connected microfluidic chips containing a membrane-based tissue layer, a hydrogel scaffold and an organoid, with a flexible sensor ribbon.
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New Book Chapter: Microfluidic Platforms for Body-on-a-Chip Systems

Ken-ichiro Kamei coauthors a new book chapter exploring microfluidic platform design, organoids, sensors and the challenges of integrating body-on-a-chip systems.

Conceptual illustration of developmental liver tissue in a microfluidic chip, linked to gut and pancreatic modules and a computational liver model
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Reverse Bioengineering of the Liver: A Development-First Roadmap

A new Perspective proposes liver development as the engineering blueprint for next-generation liver-on-a-chip systems, connecting stem cells, organoids, microfluidics, and Digital Twins.

Conceptual illustration of fluorescent core-shell quantum dots binding cell-surface targets during microscopic optical imaging, with a magnified nanoparticle inset
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From Classroom to Publication: Nanobiotechnology Review Published in ACS Omega

A Review that grew out of the Nanobiotechnology Class at NYU Abu Dhabi explores PSMA-targeted quantum dots as complementary optical probes for recurrent prostate cancer imaging.