Feasibility Studies on Extracting Components of Myrrha by SFE-CO_2——Determination of β-Elemene of Four Extractions
Yong Wang
Abstract
Yong Wang
Abstract
Objective:To compare the four extractions and determine content of β-elemene.Methods:β-Elemene was determined by GC.Results:The yields and β-Elemene of four extractions were different. The yield of SFE-CO 2 was 12.09%, β-Elemene was 7.84%; steam distillation (SD) was 1.58%, β-Elemene was 8.15%; Ultrasonic extraction (SC) was 5.75%, β-Elemene was 1.48%; Soxhlet extraction (SX) was 3.56%, β-Elemene of was 1.48%.Conclusion:The yield and β-Elemene of SFE-CO 2 are better than SD|SC and SX, the method is found to be superior to SD|SC and SX.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Objective:To compare the four extractions and determine content of β-elemene.Methods:β-Elemene was determined by GC.Results:The yields and β-Elemene of four extractions were different. The yield of SFE-CO 2 was 12.09%, β-Elemene was 7.84%; steam distillation (SD) was 1.58%, β-Elemene was 8.15%; Ultrasonic extraction (SC) was 5.75%, β-Elemene was 1.48%; Soxhlet extraction (SX) was 3.56%, β-Elemene of was 1.48%.Conclusion:The yield and β-Elemene of SFE-CO 2 are better than SD|SC and SX, the method is found to be superior to SD|SC and SX.
Key concepts: Elemene, Extraction (chemistry), Chemistry, Steam distillation, Chromatography, Yield (engineering), Distillation, Materials science