The present invention relates to a surface-modified ultraviolet blocking powder obtained by reacting an ultraviolet blocking powder including a chloroacetyl group, a phospholipid monomer including an unsaturated bonding, and a catalyst inducing the reaction of the chloroacetyl group and the unsaturated bonding. According to the surface-modified ultraviolet blocking powder of the present invention, the surface may be modified using an effective method, and through chemical bonding (covalent bonding) and as a result of surface modification, the stability of the powder is high. In addition, since the surface modification is performed by using a biocompatible component, the ultraviolet blocking composition including the surface-modified ultraviolet blocking powder may provide ultraviolet blocking properties and biocompatibility at the same time.
本发明涉及一种表面改性紫外线阻挡粉末,该粉末由包括
氯乙酰基的紫外线阻挡粉末、包括不饱和键的
磷脂单体和诱导
氯乙酰基与不饱和键反应的催化剂反应而得。根据本发明的表面改性紫外线阻隔粉末,可以使用有效的方法对表面进行改性,通过
化学键(共价键)和表面改性的结果,粉末的稳定性很高。此外,由于表面改性是通过使用
生物相容性成分进行的,因此包括表面改性紫外线阻挡粉末在内的紫外线阻挡组合物可以同时提供紫外线阻挡特性和
生物相容性。