In this article, we proposed a novel technique to fabricate cell‐culturing scaffold, that is, the hollowcylinder‐ grain assembly technique. This technique uses hollow cylindrical particles with sub‐mm thickness. Firstly, we fabricate PCL (polycaprolactone) hollow cylinder with sub-mm thickness using lab-made stainless steel mold. After that, we put the above-mentioned fabricated particles into a metal mold of which temperature could be controlled with hot plate and heat insulation system. PCL particles in the metal mold could be assembled together without severe collapsing under adequate temperature and time. Consequently, we could fabricate scaffold or foam structure with interconnected‐porosity and observed surface of cross section of fabricated scaffold by SEM.

Abstract
 1. 서론
 2. 세포 지지체(scaffold) 제작
  2.1 압축성형을 이용한 중공 원통 입자(hollow. cylinder particles) 제작
  2.2 Autoadhesion 을 이용한 세포지지체 제작
  2.3 전자주사현미경(SEM)을 이용한 표면 관찰
 3. 결론
 사사
 참고문헌

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