CAJ | 학술논문

纳米材料由于其优良的机械、化学以及生物兼容性,已经在再生医学领域被广泛应用.由纳米材料制备的人工 3D支架在组织工程应用方面已经取得了一定发展.本文对纳米技术构建3D支架在组织工程中应用进展做一综述,包括纳米材料3D支架的制备方法以及纳米支架在机械、化学以及生物兼容性、生物降解性等方面的优势.
납미재료유우기우량적궤계、화학이급생물겸용성,이경재재생의학영역피엄범응용.유납미재료제비적인공 3D지가재조직공정응용방면이경취득료일정발전.본문대납미기술구건3D지가재조직공정중응용진전주일종술,포괄납미재료3D지가적제비방법이급납미지가재궤계、화학이급생물겸용성、생물강해성등방면적우세.
Nanoscale biomaterials,due to their excellent mechanical,chemical and biological properties,are now being applied in regenerative medicine.Nanoscale materials incorporation into 3D synthetic organ scaffolds has had a breakthrough in tissue engineering.This review provides an update report on the use of nanomaterials in 3D scaffolds of tissue engineering,including fabrication methods of 3D scaffolds of nanomaterials and their physicochemical properties,biocompatibility and degradability.