宁夏工程技术
寧夏工程技術
저하공정기술
NINGXIA ENGINGEERING TECHNOLOGY
2012年
3期
280-284
,共5页
壳聚糖%骨组织工程%生物相容性%生物降解性
殼聚糖%骨組織工程%生物相容性%生物降解性
각취당%골조직공정%생물상용성%생물강해성
chitosan%bone tissue engineering%biocompatibility%biodegradability
壳聚糖是甲壳素脱乙酰基的产物，是第二大天然高分子，由于其良好的生物相容性、生物可降解性和成型性，作为骨组织工程支架材料越来越受到重视．对壳聚糖为主的复合骨组织工程支架的相关研究进行综述。可以掌握其在不同的材料体系中的功能作用，并可预见壳聚糖基生物材料在骨组织工程中的发展潜力．
殼聚糖是甲殼素脫乙酰基的產物，是第二大天然高分子，由于其良好的生物相容性、生物可降解性和成型性，作為骨組織工程支架材料越來越受到重視．對殼聚糖為主的複閤骨組織工程支架的相關研究進行綜述。可以掌握其在不同的材料體繫中的功能作用，併可預見殼聚糖基生物材料在骨組織工程中的髮展潛力．
각취당시갑각소탈을선기적산물，시제이대천연고분자，유우기량호적생물상용성、생물가강해성화성형성，작위골조직공정지가재료월래월수도중시．대각취당위주적복합골조직공정지가적상관연구진행종술。가이장악기재불동적재료체계중적공능작용，병가예견각취당기생물재료재골조직공정중적발전잠력．
Chitosan (CS) is a deacetylated derivative of chitin, the second abundant natural biopolymer. Due to its interesting characteristics: bioeompatible, biodegradation and the ability to he molded in various geometries, it has more and more attention as bone tissue engineering scaffold materials gradually. It is more valuable to review the research articles about chitosan used in composite bone tissue engineering scaffold. The functions in composite scaffolds can be found by reviews and it would be applied worthily. Extensive using of Chitosan-based biomaterials in bone tissue engineering will be foreknown by this review
