The development of a novel inkjet bioprinter and software operating system, enabling high precision next generation 3D bioprinting.

高精度喷墨生物打印有可能改善关键的生物医学研究，同时取代/减少对动物试验的依赖。目前，用于研究部门的生物打印平台的精度有限，无法有效地重新创建复杂的可视化结构，具有批次间的一致性，用于感兴趣的组织，该项目将开发一种具有定制软件操作系统的新型喷墨生物打印系统，以及源自水母的下一代喷墨0型胶原蛋白生物墨水配方，能够重建复杂的3D结构和最佳的体内功效。

High precision inkjet bioprinting has the potential to improve critical biomedical research, whilst replacing/reducing reliance on animal testing. Currently, the precision of bioprinting platforms for the research sector is limited and incapable of recreating complex architectures visualised _in vivo_ efficiently, with batch-to-batch consistency, for a tissue of interest, This project will see the development of a novel inkjet bioprinting system with a bespoke software operating system, as well as a next generation inkjet collagen Type 0 bioink formulation derived from jellyfish offering the ability to recreate complex 3D architecture and optimal in vivo efficacy.