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 |
Samantha Brugmann |
Making MOChi: Taking cues from the embryo to build Midfacial Organoids on a Chip |
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 |
Jianping Fu | Bioengineering human embryo and organ models |
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 |
Masaya Hagiwara |
Recapitulating spatial-temporal microenvironments for organoid architecture |
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 |
Eri Hashino | Engineering high-fidelity human cochlear organoids |
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 |
Michael Helmrath | Characterization of mesenchymal support for in vivo GI organoid engraftment |
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 |
Ryuji Yokokawa | Integrating organoid technology and two/three-dimensional MPS |
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 |
James Wells | Engineering tissue complexity into human PSC-derived gastrointestinal organoids |
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 |
Aaron Zorn | Organoid system for trachea/esophagus development modeling |
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