[국내논문]The Comparison of Seasonal Ginsenoside Composition Contents in Korean Wild Simulated Ginseng (Panax ginseng) which were Cultivated in Different Areas and Various Ages원문보기
The ginsenoside content was compared with wild simulated ginseng (Panax ginseng) collected every season at 11 wild simulated ginseng plantations in Korea. As a result, the total saponin of 7 years old wild simulated ginseng showed the highest content of 4.5% in spring sampling wild simulated ginseng...
The ginsenoside content was compared with wild simulated ginseng (Panax ginseng) collected every season at 11 wild simulated ginseng plantations in Korea. As a result, the total saponin of 7 years old wild simulated ginseng showed the highest content of 4.5% in spring sampling wild simulated ginseng, 2.0% in summer sampling wild simulated ginseng, 1.2% in winter sampling wild simulated ginseng and 1.0% in autumn sampling wild simulated ginseng. And also, the total saponin of 10 years old wild simulated ginseng showed the highest content of 3.9% in spring sampling wild simulated ginseng, summer sampling wild simulated ginseng (1.8%), winter sampling wild simulated ginseng (1.6%) and autumn sampling wild simulated ginseng (0.6%). Therefore, the total saponin of spring sampling wild simulated ginseng was about 4.5 - 6.5 times higher than that of autumn sampling wild simulated ginseng regardless of cultivation period.
The ginsenoside content was compared with wild simulated ginseng (Panax ginseng) collected every season at 11 wild simulated ginseng plantations in Korea. As a result, the total saponin of 7 years old wild simulated ginseng showed the highest content of 4.5% in spring sampling wild simulated ginseng, 2.0% in summer sampling wild simulated ginseng, 1.2% in winter sampling wild simulated ginseng and 1.0% in autumn sampling wild simulated ginseng. And also, the total saponin of 10 years old wild simulated ginseng showed the highest content of 3.9% in spring sampling wild simulated ginseng, summer sampling wild simulated ginseng (1.8%), winter sampling wild simulated ginseng (1.6%) and autumn sampling wild simulated ginseng (0.6%). Therefore, the total saponin of spring sampling wild simulated ginseng was about 4.5 - 6.5 times higher than that of autumn sampling wild simulated ginseng regardless of cultivation period.
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제안 방법
are also being conducted in part. However, based on the fact that studies on the wild simulated ginseng per season are scarce, identity of our wild simulated ginseng will be verified in the present study by performing a comparison and analysis study concerning ginsenosides of the wild simulated ginseng produced in Korea per season.
대상 데이터
The HPLC instrument was Waters 1525 binary HPLC system (Boston, MA, USA), and the column was Eurospher 100-5 C18 (Knauer, 250 × 3 mm, Germany).
22 The total ginsenoside content and ginsenoside composition of each sample were analyzed three times. The pure ginsenoside standards (99% purity) used in this experiment were purchased from Chromadex (St. Santa Ana, CA, USA) and Ambo Institute (Seoul, South Korea). The HPLC instrument was Waters 1525 binary HPLC system (Boston, MA, USA), and the column was Eurospher 100-5 C18 (Knauer, 250 × 3 mm, Germany).
Moreover, Namwon (NW), Muju (MJ) and Imsil (IS) in Jeonbuk, Yeongju (YJ) in Gyeongbuk, and Geochang (GC) in Gyeongnam province are the southern region of South Korea. The specimens were collected in each spring (May), summer (July), autumn (September) and winter (November), and then stored at the oriental medical food research laboratory of Semyung University.
데이터처리
Duncan’s test was used to identify differences.
성능/효과
And also, according to the analysis results for ginseng saponin per season for the subject of 10 years old roots, the wild simulated ginseng collected in spring showed the highest content at 3.9%, followed by the wild simulated ginseng collected in summer (1.8%), wild simulated ginseng collected in winter (1.6%), and wild simulated ginseng collected in autumn (0.6%). In the ginseng saponin ratio for protopanaxadiol group and protopanaxatriol group, while the wild simulated ginseng collected in winter showed 2.
According to the comparative analysis results for average contents of ginseng saponin per season for the subject of 70% ethanol extract of the wild simulated ginseng collected from 11 places of South Korea. As a results of the subject of 7 years old roots, the wild simulated ginseng collected in spring showed the highest content at 4.5% in terms of the analysis results for ginseng saponin per season. It was followed by the wild simulated ginseng collected in summer (2.
In the total saponin contents of the wild simulated ginseng collected in autumn (September) according to the analysis results for ginseng saponin per region for the subject of 7 years old roots as shown in Tables 5 & 6, Gongju product showed the highest content at 1.7%, followed by Geumsan product (1.5%) and Geochang product (1.2%).
In the total saponin contents of the wild simulated ginseng collected in summer (July), according to the analysis results for ginseng saponin per region for the subject of 7 years old roots s shown in Tables 3 and 4, Danyang product and Gongju product showed the highest content at 3.6%, followed by Namwon product (3.0%) and Geumsan product (2.8%).
In the total saponin contents of the wild simulated ginseng collected in winter (November) according to the analysis results for ginseng saponin per region for the subject of 7 years old roots as shown in Tables 7 & 8, Seosan product showed the highest content at 1.7%, followed by Geochang product (1.5%) and Namwon product (1.4%).
참고문헌 (23)
Ko, S. K.; Leem, K. H. Kor. J. Herbology 2009, 24, 169-172.
Ko, S. K.; Im, B. O. Korean ginseng science; Yakupsinmusa: Seoul, 2009, p 33.
Namba, T. The Encyclopedia of Wakan-Yaku with Color Pictures (I); Hoikusha: Osaka, 1980, p 1.
Park, J. D. Korean J. Ginseng Sci. 1996, 20, 389-415.
Ko, S. K.; Lee, K. H.; Hong, J. K.; Kang, S. A.; Sohn, U. D.; Im, B. O.; Han, S. T.; Yang, B. W.; Chung, S. H.; Lee, B. Y. Food Sci. Biotechnol. 2005, 14, 509-513.
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