CAJ | 학술논문

本文采用x射线衍射、红外光谱和扫描电子显微镜等方法研究了胆固醇/卵磷脂/壳聚糖体系中碳酸钙模拟生物矿化过程。通过改变有机基质的组成，使有机基质的模板作用也发生改变，从而使生成方解石型碳酸钙的模板可生成球霰石型的碳酸钙。文中还进一步探讨了体系中壳聚糖、卵磷脂、胆固醇三者的协同作用对生成碳酸钙晶型的影响。
본문채용x사선연사、홍외광보화소묘전자현미경등방법연구료담고순/란린지/각취당체계중탄산개모의생물광화과정。통과개변유궤기질적조성，사유궤기질적모판작용야발생개변，종이사생성방해석형탄산개적모판가생성구산석형적탄산개。문중환진일보탐토료체계중각취당、란린지、담고순삼자적협동작용대생성탄산개정형적영향。
The process of calcium mimetic biomineralization in the chitosan-phospholipid-cholesterol system is reported in this paper, and is charasterized by using XRD, SEM and IR. The model action is changed through changing the composition of organic base. Vaterite can be created in organic base in which calcite was created before. Keeping the ratio of phospholipid and cholesterol constant, the largest quantity of vaterite can be gained as chitosan concentration is 4g·L-1. When chitosan concentration is constant, with the ratio of phospholipid and cholesterol increasing, more vaterite can be gained. The template of biomimeralization can be assumed due to that the action of chitosan could e modified by phospholipid and cholesterol, and the surface of forming crystal is changed to higher energy surface. So the vaterite with high energy can be gained easily. At last we think that the largest quantity of vaterite can be gained when chitosan, phospholipid and cholesterol are in existence with a proper ratio.