云南不同产地灯盏细辛总黄酮含量测定与红外光谱相关分析  

Correlation between Total Flavonoid Content and IR Spectrum of Erigenon Breviscapus Produced in Different Planting Locations of Yunnan

作　　者：李清玉[1] 司民真 饶高雄[3] 李永铸[1] 

机构地区：[1]云南省西南林学院基础部,昆明650224 [2]楚雄师院物电系,云南省楚雄市675000 [3]云南中医学院中药学院,昆明650200

出　　处：《光散射学报》2009年第1期73-76,共4页The Journal of Light Scattering

基　　金：云南省教育厅基金(06Z196C)

摘　　要：本文通过总黄酮含量测定和傅里叶红外光谱相关分析,探讨了云南不同产地灯盏细辛药材黄酮含量相关的特征峰。30份样品红外光谱的峰形、峰位极相似,但吸收峰的相对强度有一定差异,其中16份样品的第一强峰出现在1034 cm-1附近,14份样品的第一强峰在3401 cm-1附近。为进一步探讨峰强度与实测黄酮量关系,我们用SPSS软件,对3436,3379,1639,1611,1420,1374,1250,1034,535,473 cm-1处峰强与实测黄酮量的关系进行了多元对数相关回归分析,r=0.605(复相关系数)p=0.007(概率)经过统计分析3436,1639和1250 cm-1处峰强与实测黄酮量具有密切相关关系。结果表明,可以用以上三个特征峰强来定性判断黄酮的含量,结果对灯盏细辛的生产应用、品种选育、栽培技术研究具有一定的指导意义。Characteristic spectrum of total flavonoid content of erigenon breviscapus was tested by application of FT-IR, which was produced in deferent planting locations in Yunnan. The results showed that the shape and the position of their IR spectrum of 30 samples were very similar, but the relative intensity of the characteristic absorbance peaks had some difference, in which the strongest absorption peak of 16 samples appeared at about 1034 cm^-1 , and that of the other 14 samples at about 3401 cm^-1. In order to clear the relationship beteen spectrum absorption peak intensity and the actual amount of flavonoid, Mathematics analysis using SPSS software was applied to absorption peak at 3436,3379, 1639,1611,1420,1374,1250,1034,535,473cm^-1 and got r=0. 605 , p=0. 007. Peak at 3436,1639 and 1250 cm^-1 were significant relation to the amount of flavonoid measure-ment. So, we conclude that the amount of flavonoid were recognized according to the three peaks at 3436,1639 and 1250 cm^-1. The above research results can provide some scientific basis for Erigenon Breviscapus production application, cultivar selection and breeding and cultivation technology as well.

关 键 词：傅里叶变换红外光谱法 总黄酮含量 灯盏细辛 相关分析 

分 类 号：O657.33[理学—分析化学]