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[Objective] To analyze the volatile components from Sabina procumbens (Endl.) Iwata et kusaka.[Method] The volatile components from Sabina procumbens (Endl.) Iwata et kusaka were firstly extracted by using simultaneous distillation,and then analyzed and identified by gas chromatography-mss spectrometry (GC-MS) and computer spectrum searching.[Result] 0.68% of the volatile oil was extracted from the Sabina procumbens (Endl.) Iwata et kusaka.88 compounds were identified occupying 85.74% of the total extracts,among which the main compositions were β-phellandrene (17.06%),terpinen-4-ol (2.96%),β-citronellol (2.34%),2-undecanone (8.35%),6-octenoic acid,3,7-dimethyl-,methyl ester (5.87%) and α-cadinol (4.07%).[Conclusion] The study on the volatile components from fresh leaves of Sabina procumbens (Endl.) Iwata et kusaka could provide a test basis for further development and utilization of this resources.
[Objective] To analyze the volatile components from Sabina procumbens (Endl.) Iwata et kusaka. [Method] The volatile components from Sabina procumbens (Endl.) Iwata et kusaka were once extracted by using simultaneous distillation, and then analyzed and identified by gas [Result] 0.68% of the volatile oil was extracted from the Sabina procumbens (Endl.) Iwata et kusaka.88 compounds were identified occupying 85.74% of the total extracts, among The main compositions were β-phellandrene (17.06%), terpinen-4-ol (2.96%), β-citronellol (2.34%), 2-undecanone (8.35%), 6-octenoic acid, , methyl ester (5.87%) and α-cadinol (4.07%). Conclusion The study on the volatile components from fresh leaves of Sabina procumbens (Endl.) Iwata et kusaka could provide a test basis for further development and utilization of this resources.