CAJ | 학술논문

研究了胆酸(CA)和L-苯丙氨酸(PAA)以固相熔融法形成的固相包埋配位.通过粉末X射线衍射图、红外光谱、粉末荧光光谱及差热分析方法,测定了固相包埋形成的CA-PAA配合物.同时,用溶剂共沉淀法和机械研磨法对比了CA-PAA包埋物的形成.结果表明,封管固相熔融时PPA以客体形式被包合进主体CA形成的通道;研磨法中CA部分包埋PPA;溶剂共沉淀方法中,PPA不被主体CA包埋,而使用的相应溶剂被CA包埋.
연구료담산(CA)화L-분병안산(PAA)이고상용융법형성적고상포매배위.통과분말X사선연사도、홍외광보、분말형광광보급차열분석방법,측정료고상포매형성적CA-PAA배합물.동시,용용제공침정법화궤계연마법대비료CA-PAA포매물적형성.결과표명,봉관고상용융시PPA이객체형식피포합진주체CA형성적통도;연마법중CA부분포매PPA;용제공침정방법중,PPA불피주체CA포매,이사용적상응용제피CA포매.
Solid-state complexation of cholic acid (CA)/L-phenylalanine (PAA) using a sealed-heating method was investigated. Powder X-ray diffractometry, IR spectroscopy, powder fluorescence spectroscopy, and differential thermal analysis (DTA) were used to characterize the CA-PAA complex. The result showed that PAA, as a guest, was assumed to be included in the channel of the complex formed by CA. While, grinding and co-precipitation methods were also compared to the sealed-heating method for the formation of the CA-PAA complex. It was shown that parts of the PAA were included into the channel of the CA complex during grinding and some solvents were also preferentially included into the guest compounds, which formed a stable cholic acid-solvent complex when co-precipitation method was used.