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MicroCT Aided Scaffold Design and Preparation

机译:Microct辅助脚手架设计和制备

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Bone repair method has run to a new stage of bone tissue engineering. Doctors use bone scaffold to fill bone trauma and expect human regeneration ability to reconstruct bone trauma while bone is degrading. Scaffold is essential to bone tissue engineering. Scaffold should introduce new bone with scaffold's conduction channel. But it's still very difficult for scaffold to mimic fine structure of bone. Ideal scaffold should have similar component and microstructure to natural bone, which makes it more biocompatible and better to reconstructed bone. So we forward microCT aided design and preparation to solve this problem. MicroCT outputs both shape and three-dimensional internal density information. Then, we build computer model of scaffold with acquired microstructure. We fabricate scaffold that mimics natural bone by 3D rapid prototype machine.
机译:骨修复方法已持续到骨组织工程的新阶段。医生使用骨架填充骨骼创伤并预计人类再生能力在骨骼降级时重建骨创伤。脚手架对骨组织工程至关重要。脚手架应该用脚手架的传导通道引入新骨骼。但是脚手架仍然非常困难,以模仿细微的骨骼结构。理想的支架应具有与天然骨骼相似的组分和微观结构,这使得它更加生物相容性和更好的重建骨骼。因此,我们转发MicroCT辅助设计并准备解决这个问题。 MicroCT输出形状和三维内部密度信息。然后,我们用获取的微观结构构建脚手架的计算机模型。我们用3D快速原型机制作模仿天然骨骼的脚手架。

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