化学研究
化學研究
화학연구
CHEMICAL RESEARCHES
2015年
2期
201-205
,共5页
徐文慧%袁亚莉%李玉慧%李乐%周智慧%张宗波
徐文慧%袁亞莉%李玉慧%李樂%週智慧%張宗波
서문혜%원아리%리옥혜%리악%주지혜%장종파
S-布洛芬%磁性分子印迹聚合物%吸附%手性拆分
S-佈洛芬%磁性分子印跡聚閤物%吸附%手性拆分
S-포락분%자성분자인적취합물%흡부%수성탁분
S-ibuprofen%magnetic molecularly imprinted polymer%adsorption%chiral separa-tion
以 S‐布洛芬为模板分子、3‐氨丙基三乙氧基硅烷为功能单体、正硅酸乙酯为交联剂,采用溶胶凝胶法成功制备了对 S‐布洛芬具有特异选择识别功能的磁性分子印迹聚合物,并且分别采用红外(IR )光谱、扫描电镜(SEM )、X射线粉末衍射(XRD)对其结构进行了表征.通过紫外(UV)光谱研究了其对 S‐布洛芬的吸附性能,并且建立了高效液相色谱(HPLC)手性流动相法研究其对布洛芬的拆分.结果表明,该磁性分子印迹聚合物具有良好的磁响应性,在外加磁场下可实现快速分离;S‐布洛芬分子印迹复合膜对 S‐布洛芬具有较好的选择结合性,其结合量达到683. m g/g ;每100 m g复合膜可使外消旋布洛芬的分离度增加21.%.
以 S‐佈洛芬為模闆分子、3‐氨丙基三乙氧基硅烷為功能單體、正硅痠乙酯為交聯劑,採用溶膠凝膠法成功製備瞭對 S‐佈洛芬具有特異選擇識彆功能的磁性分子印跡聚閤物,併且分彆採用紅外(IR )光譜、掃描電鏡(SEM )、X射線粉末衍射(XRD)對其結構進行瞭錶徵.通過紫外(UV)光譜研究瞭其對 S‐佈洛芬的吸附性能,併且建立瞭高效液相色譜(HPLC)手性流動相法研究其對佈洛芬的拆分.結果錶明,該磁性分子印跡聚閤物具有良好的磁響應性,在外加磁場下可實現快速分離;S‐佈洛芬分子印跡複閤膜對 S‐佈洛芬具有較好的選擇結閤性,其結閤量達到683. m g/g ;每100 m g複閤膜可使外消鏇佈洛芬的分離度增加21.%.
이 S‐포락분위모판분자、3‐안병기삼을양기규완위공능단체、정규산을지위교련제,채용용효응효법성공제비료대 S‐포락분구유특이선택식별공능적자성분자인적취합물,병차분별채용홍외(IR )광보、소묘전경(SEM )、X사선분말연사(XRD)대기결구진행료표정.통과자외(UV)광보연구료기대 S‐포락분적흡부성능,병차건립료고효액상색보(HPLC)수성류동상법연구기대포락분적탁분.결과표명,해자성분자인적취합물구유량호적자향응성,재외가자장하가실현쾌속분리;S‐포락분분자인적복합막대 S‐포락분구유교호적선택결합성,기결합량체도683. m g/g ;매100 m g복합막가사외소선포락분적분리도증가21.%.
Magnetic molecularly imprinted polymer with the specific identification function was synthesized in sol‐gel process with S‐ibuprofen as template molecule ,APTES as functional monomer ,and ethyl orthosilicate as cross linking agent .The structure of magnetic molecularly imprinted polymer of S‐ibuprofen was characterized by infrared absorption spectrum (IR) , scanning electron microscopy (SEM ) and the X‐ray diffraction (XRD ) ,respectively .T he re‐search of adsorption and separation performance of S‐ibuprofen magnetic molecularly imprinted membrane was implemented by ultraviolet (UV) and high performance liquid chromatography (HPLC) with chiral mobile phase .The results indicated that the magnetic molecularly imprin‐ted polymers have good magnetic response and achieve rapid separation in addition to magnetic field;S‐ibuprofen molecularly imprinted composite membrane has a good selection to S‐ibu‐profen ,the binding capacity achieve to 68 3. mg/g ;every 100 mg film can increase the degree of separation of ibuprofen by 2 1.% .