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- Title
Component Analysis of Volatile Oils from CORTEX FRAXINI.
- Authors
CUI, Wei; XU, Shu'nan; LIU, Jianhua; GAO, Yuqiong; WANG, Qiaorong
- Abstract
[Objective] To analyze the volatile oils from CORTEX FRAXINI. [Methods] Volatile oils were extracted from CORTEX FRAXINI by steam distillation method. The components in volatile oils were analyzed and identified by GC-MS. And the mass fraction of each component was calculated by normalization method. [Results] A total of 65 chemical components were isolated and 61 of them were identified, accounting for 93.968% of the total volatile oils of CORTEX FRAXINI. Chemical components with greater mass fraction were as follows; 4-hex-yl-2,5-dioxo furan-3-acetic acid (10.197%), 3-fluoro-4-methoxyaniline (9.846%), vitispirane (7.252%), 1-pentadecene (7.228%), d-nerolidol (6.501%), linalool oxide (5.465%), a-bisabolol (4.959%), trans-linalool oxide (4.582%), terpinene4-ol (3.203%), lim-onene (2.134%), and n-decanoic acid (2.019%). [Conclusions] Volatile oils from CORTEX FRAXINI could be identified rapidly and accurately by GC-MS, which provided data references for the comprehensive development and utilization of CORTEX FRAXINI.
- Publication
Medicinal Plant, 2014, Vol 5, Issue 10, p14
- ISSN
2152-3924
- Publication type
Academic Journal