santolina chamaecyparissus oil
References
Giner et al. (1993) used GC and GC/MS to determine the effect of season and vegetative growth stage of S. chamaecyparisus on the composition of the oil. Although these authors did not use a typical artemisia ketone-rich chemotype, their results showed that the composition of the oil is definitly affected by the date of plant harvesting. A summery of this somewhat incomplete data can be seen in Table VI.
Top 20 Components
All Components (36)
| # | Component | % | |
|---|---|---|---|
| 26 | allo-aromadendrene | 0.910% | |
| 11 | artemisyl ketone | 2.490% | |
| 19 | borneol | 4.780% | |
| 23 | bornyl + isobornyl acetates | 1.650% | |
| 33 | delta-cadinene | 0.410% | |
| 2 | camphene | trace | |
| 17 | camphor | 4.670% | |
| 29 | isocaryophyllene | 0.180% | |
| 24 | alpha-copaene | 0.130% | |
| 27 | alpha-cubebene | 0.660% | |
| 22 | cuminaldehyde | 1.830% | |
| 30 | ar-curcumene | 0.220% | |
| 9 | para-cymene + 1,8-cineole | 5.800% | |
| 13 | alpha-para-dimethyl styrene | 2.140% | |
| 14 | fenchone | 1.130% | |
| 32 | germacrene B | 0.730% | |
| 28 | beta-gurjunene | 0.860% | |
| 7 | limonene | 0.590% | |
| 31 | alpha-muurolene | 0.210% | |
| 4 | myrcene | 0.190% | |
| 18 | myrtenal | 3.820% | |
| 8 | beta-phellandrene | 0.160% | |
| 5 | alpha-phellendrene + delta-3-carene | 5.000% | |
| 1 | alpha-pinene | 0.230% | |
| 3 | beta-pinene + sabinene | 1.590% | |
| 16 | (Z)-sabinene hydrate | 1.480% | |
| 20 | terpinen-4-ol | 0.910% | |
| 6 | alpha-terpinene | 0.650% | |
| 10 | gamma-terpinene | 1.350% | |
| 21 | alpha-terpineol | 0.650% | |
| 12 | terpinolene | 1.050% | |
| 15 | thujone | 0.150% | |
| 34 | unknown sesqui alcohol 1 | 10.660% | |
| 35 | unknown sesqui alcohol 2 | 5.180% | |
| 36 | unknown sesqui alcohol 3 | 3.080% | |
| 25 | alpha-ylangene | trace |