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Our Research

Recent Publications

Influence of geometry and architecture on in vivo success of 3D-printed scaffolds forspine fusion

In this work, we explore various 3-dimensional designs of bone regenerative scaffolds andevaluate their capacity to promote osseointegration.

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3D-printed Ceramic-Demineralized Bone Matrix Hyperelastic Bone Composite Scaffolds for Spinal Fusion

In this study, we describe for the first time a novel composite material made of hydroxyapatiteceramic and demineralized bone particles from human cadaveric bone. The material is 3D-printed into scaffolds for the purpose of regenerating new bone, and we discovered a previouslyunknown phenomenon whereby the human bone particles become re-mineralized when in close local proximity to the synthetic hydroxyapatite ceramic.

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Hsu Lab Website