金鸡纳碱分子结构研究  

Study on the molecular structure of quinine

作　　者：李明航 柴嘉欣 吉一帆 常利双 宗雪晴 张泽旺 王静伟 徐元媛 Li Minghang;Chai Jiaxin;JI Yifan;Chang Lishuang;Zong Xueqing;Zhang Zewang;Wang Jingwei;Xu Yuanyuan*(Harbin Medical University,Harbin 150081,China;Shijiazhuang University School of Chemical Engineering,Shijiazhuang 050035,China)

机构地区：[1]哈尔滨医科大学,黑龙江哈尔滨150081 [2]石家庄学院工学院,河北石家庄050035

出　　处：《煤炭与化工》2023年第12期137-144,共8页Coal and Chemical Industry

基　　金：石家庄市麻醉药技术创新中心项目(2023);河北省生物制药国际联合中心项目(2023)。

摘　　要：金鸡纳碱(Quinine,又名奎宁),是一种用于治疗与预防疟疾的药物。研究金鸡纳碱分子结构。开展了金鸡纳碱分子结构的中红外(MIR)光谱研究。实验发现,金鸡纳碱分子结构的红外吸收模式主要包括:■和■。研究发现,金鸡纳碱分子结构的去卷积MIR光谱的谱图分辨能力优于一维MIR光谱、二阶导数MIR光谱及四阶导数MIR光谱,并能提供更加丰富的光谱信息。MIR光谱开展了医药(金鸡纳碱)分子结构研究,具有重要的应用研究价值。Cinchona alkaloid also known as quinine,is a drug used for the treatment and prevention of malaria.The molecular structure of quinine was studied.The molecular structure of quinine was researched by mid infrared(MIR)spectroscopy.The experiment found that the infrared absorption modes of quinine molecular structure mainly include:ν■,ν■,ν■,ν■,ν■,ν■,δ■,δ■,δ■,ν■andρ■.Research has found that the deconvolution MIR spectroscopy of quinine molecular structure has better spectral resolution than one-dimensional MIR spectroscopy,second derivative MIR spectroscopy and fourth derivative MIR spectroscopy,and can provide richer spectral information.MIR spectroscopy has conducted research on the molecular structure of quinine in medicine,which has important application research value.

关 键 词：一维中红外光谱 二阶导数中红外光谱 四阶导数中红外光谱 去卷积中红外光谱 金鸡纳碱 分子结构 

分 类 号：O657.33[理学—分析化学]