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DOI :
10.3791/62252-v
April 21st, 2021
Chapters
0:05
Introduction
0:56
Nozzles and Hydrogel Bioink Preparation
1:39
Microdroplet Formation
2:20
Microcarrier Formation
2:52
Microcarrier Inoculation and Analysis
3:52
Results: 3D-Printed In Vitro Hydrogel Microcarrier Analysis
4:48
Conclusion
ここでは、ヒドロゲルマイクロキャリアの構築を可能にするために、粘性慣性力を交互に駆動する穏やかな3D印刷技術を紹介します。自家製ノズルは柔軟性を提供し、異なる材料や直径を簡単に交換できます。直径50〜500μmの細胞結合マイクロ担体を取得し、さらなる培養のために回収することができる。
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