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冷冻生物3D打印机搭建及生物活性材料打印研究 被引量:3

Research on establishment of cryogenic 3D bioprinter and printing of bioactive materials
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摘要 针对目前生物3D打印机昂贵以及生物水凝胶不易成型等问题,提出了采用FDM打印机为基础,搭建冷冻生物3D打印机,实现生物活性材料的三维打印成型。从冷冻生物3D打印机的搭建到生物活性材料的制备与打印,涉及机械、材料、生物、医学等多学科知识,有助于开阔材料成型专业学生的视野,培养其创新思维能力和动手能力。 In view of the current problems such as the high cost of 3D bioprinters and the difficulty in forming biological hydrogels, this paper proposes to establish a cryogenic 3D printer based on FDM(fused deposition modelling) printer to achieve 3D printing of bioactive materials. From the establishment of a cryogenic 3D printer to the preparation and printing of bioactive materials, it involves multi-disciplinary knowledge of machinery, materials, biology, medicine and so on, which helps to broaden the vision of students majoring in material forming and cultivate their innovative thinking ability and practical ability.
作者 周奎 赵逸宁 王宗坤 蔡永祺 高玉欢 刘豪 王文琴 ZHOU Kui;ZHAO Yining;WANG Zongkun;CAI Yongqi;GAO Yuhuan;LIU Hao;WANG Wenqin(School of Mechatronic Engineering,Nanchang University,Nanchang 330031,China)
出处 《实验技术与管理》 CAS 北大核心 2021年第9期14-18,共5页 Experimental Technology and Management
基金 江西省教改项目(JXJG-17-1-48) 南昌大学教改项目(NCUJGLX-17-87,NCUJGLX-2021-167-138) 南昌大学科研训练项目(2020-4345)。
关键词 3D打印设备 冷冻生物3D打印 生物活性材料 3D printing equipment cryogenic 3D bioprinting bioactive material
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