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cnidium_officinale_mak [2015/06/12 23:21]
andreas
cnidium_officinale_mak [2015/06/13 11:37] (aktuell)
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 Perennial herb, up to 60cm tall, native to Korea, China and Japan, extensively cultivated there; leaves 2-pinnately compound, leaflets ovate to laceolate, serrate; flowers in large compound umbels, white. \\ Perennial herb, up to 60cm tall, native to Korea, China and Japan, extensively cultivated there; leaves 2-pinnately compound, leaflets ovate to laceolate, serrate; flowers in large compound umbels, white. \\
-The dried rhizome is used for woman' diseases, anaemia, weekness and pain. The drug is regarded as vasodilating,​ sedative, intestinal ​lood flow increasing, antifebrile,​ antispasmodic,​ antibacterial,​ inotrope, and antioxidant. \\+The dried rhizome is used for woman' diseases, anaemia, weekness and pain. The drug is regarded as vasodilating,​ sedative, intestinal ​blood flow increasing, antifebrile,​ antispasmodic,​ antibacterial,​ inotrope, and antioxidant. \\
 [Medicinal Plants in the Republic of Korea World Health Organisation,​ Manila, 1998, 776-77] ​ [Medicinal Plants in the Republic of Korea World Health Organisation,​ Manila, 1998, 776-77] ​
  
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 "GC/MS analyses were carried out with the direct- and solid phase microextraction (SPME) of SFE obtained from rhizomes. In addition, GC/MS analysis was performed for the rhizomes of C. officinale using SPME... SPME-GC/MS analysis of the rhizomes revealed the separation of 23 components. Among these, β-phellandrene (20.38%), dictyotene (12.98%), β-pinene (10.59%), β-selinene (9.45%), eugenol (7.71%) and β-farnesene (7.09%) were found to be major components. In the SFE analyzed by direct-GC/​MS,​ linoleic acid (19.26%), 2-methoxy-4-vinylphenol (18.98%), hexadecanoic acid (12.15%), and β-selinene (9.44%) were identified as major components. Whereas, 3,​4-dihydrocoumarin (16.94%), shyobunone (14.07%), dictyotene (10.65%), p-cresol (10.17%), zierone (6.36%) and umbellulone (5.71%) were major components in the SFE analyzed by SPME-GC/​MS."​ \\ "GC/MS analyses were carried out with the direct- and solid phase microextraction (SPME) of SFE obtained from rhizomes. In addition, GC/MS analysis was performed for the rhizomes of C. officinale using SPME... SPME-GC/MS analysis of the rhizomes revealed the separation of 23 components. Among these, β-phellandrene (20.38%), dictyotene (12.98%), β-pinene (10.59%), β-selinene (9.45%), eugenol (7.71%) and β-farnesene (7.09%) were found to be major components. In the SFE analyzed by direct-GC/​MS,​ linoleic acid (19.26%), 2-methoxy-4-vinylphenol (18.98%), hexadecanoic acid (12.15%), and β-selinene (9.44%) were identified as major components. Whereas, 3,​4-dihydrocoumarin (16.94%), shyobunone (14.07%), dictyotene (10.65%), p-cresol (10.17%), zierone (6.36%) and umbellulone (5.71%) were major components in the SFE analyzed by SPME-GC/​MS."​ \\
-[Comparison of volatile composition of supercritical carbon dioxide extract from rhizomes of korean ​medicinal plant ‘CHUN-KUNG’(Cnidium officinale Makino) by direct - and SPME-GC/​MS.,​ Kim, S., Yeon, B.R., Sowndhararajan,​ K., Jung, J.W., Jhoo, J.W. International Journal of Pharmacy and Pharmaceutical Sciences, 6(9), 2014, ] \\+[Comparison of volatile composition of supercritical carbon dioxide extract from rhizomes of Korean ​medicinal plant ‘CHUN-KUNG’ (Cnidium officinale Makino) by direct - and SPME-GC/​MS.,​ Kim, S., Yeon, B.R., Sowndhararajan,​ K., Jung, J.W., Jhoo, J.W. International Journal of Pharmacy and Pharmaceutical Sciences, 6(9), 2014, ] \\
 [[http://​www.innovareacademics.in/​journals/​index.php/​ijpps/​article/​viewFile/​2249/​pdf_193]] [[http://​www.innovareacademics.in/​journals/​index.php/​ijpps/​article/​viewFile/​2249/​pdf_193]]
cnidium_officinale_mak.txt · Zuletzt geändert: 2015/06/13 11:37 (Externe Bearbeitung)