摘要
Total contents and components of escin were studied in seeds of Aesculus chinensis, A. chinensis var. chekiangensis and A. wilsonii collected from 8 origins. Results showed that total escin content ranged from 71.43 mg·g to 112.69 mg·g ,with the highest in origin of Mabian, Sichuan Province and the lowest in origin of Kangxian, Gansu Province. It was suggested that escin content was correlated with geological zone to a certain extent. A.wilsonii was richer than that of Aesculus chinensis in escin content.The proportion of 4 types of escin varied dramatically among different origins. Component A in Mabian and Cangwang origin from Sichuan Province, Kangxian origin from Gansu Province, Mianxian origin from Shanxi Province and Xixia origin from Henan Province reached 35%~41% of total escin that was much higher than that of other components, while components D was below 15% that was only 1/3 of component A. Sum of Component A and C was nearly equal in Enshi, Hubei Province and Sangzhi, Hunan Province origins, which accounted for 58% of the total content. Lin’an origins from Zhejiang Province only got (17.17%) of component A while holding much higher proportion of component D. Statistical analysis also approved that the proportion of escin was correlated to geological zone.
Total contents and components of escin were studied in seeds of Aesculus chinensis, A. chinensis var. chekiangensis and A. wilsonii collected from 8 origins. Results showed that total escin content ranged from 71.43 mg·g to 112.69 mg·g ,with the highest in origin of Mabian, Sichuan Province and the lowest in origin of Kangxian, Gansu Province. It was suggested that escin content was correlated with geological zone to a certain extent. A.wilsonii was richer than that of Aesculus chinensis in escin content.The proportion of 4 types of escin varied dramatically among different origins. Component A in Mabian and Cangwang origin from Sichuan Province, Kangxian origin from Gansu Province, Mianxian origin from Shanxi Province and Xixia origin from Henan Province reached 35%~41% of total escin that was much higher than that of other components, while components D was below 15% that was only 1/3 of component A. Sum of Component A and C was nearly equal in Enshi, Hubei Province and Sangzhi, Hunan Province origins, which accounted for 58% of the total content. Lin'an origins from Zhejiang Province only got (17.17%) of component A while holding much higher proportion of component D. Statistical analysis also approved that the proportion of escin was correlated to geological zone.
出处
《林业科学研究》
CSCD
北大核心
2005年第2期227-230,共4页
Forest Research
基金
948项目"药用七叶树优良种质资源和栽培技术引进"(2001 11)
浙江省自然科学基金项目"七叶树属植物遗传差异及药效成分变异研究"(302085)
浙江省科技厅一般项目"药用七叶树种质资源开发和特色基地营建技术研究"