Daniel Kelly

Developmentally inspired bioprinting of nascent multicellular human heart tissue through in situ differentiation and morphogenesis of iPSCs

This paper develops a bioprinting method that mimics embryonic heart development by enabling in situ differentiation of iPSCs into cardiac tissues within shape-morphing constructs.

Dityrosine photocrosslinking of native collagen bioinks for controlled shape-fidelity of bioprinted cardiac tissue constructs: probing the interplay between fibrillogenesis and covalent bond formation

This paper develops a photocrosslinking method to stabilize collagen bioinks for bioprinted cardiac tissue, enabling tunable shape fidelity through dityrosine bonds.

Autonomous control of extrusion bioprinting using convolutional neural networks

This paper develops an AI-powered extrusion bioprinting platform using CNNs for real-time quality monitoring and error correction, achieving high accuracy in classifying extrusion quality and correcting errors within 10 seconds.