“Essential oil composition of three species of Senecio from Argentina”.

DAMBOLENA, S.J; ZUNINO MP; BANCCHIO E; LUCINI E; BIURRUN FN; ROTMAN A; AHUMADA O; ZYGADLO JA

JOURNAL OF ESSENTIAL OIL BEARING PLANTS

HKL- Bhalla

Lugar: Dehradun; Año: 2008 vol. 11 p. 623 - 627

0972-060X

The essential oils from the aerial parts of three species of Senecio (Senecio subulatus var. salsus, S. subulatus var. erectus, Senecio viridis and Senecio argophylloides.) were subulatus var. salsus, S. subulatus var. erectus, Senecio viridis and Senecio argophylloides.) were subulatus var. salsus, S. subulatus var. erectus, Senecio viridis and Senecio argophylloides.) were subulatus var. salsus, S. subulatus var. erectus, Senecio viridis and Senecio argophylloides.) were subulatus var. salsus, S. subulatus var. erectus, Senecio viridis and Senecio argophylloides.) were he essential oils from the aerial parts of three species of Senecio (Senecio subulatus var. salsus, S. subulatus var. erectus, Senecio viridis and Senecio argophylloides.) werevar. salsus, S. subulatus var. erectus, Senecio viridis and Senecio argophylloides.) were collected in different phytogeographic areas of Northern Argentina. The oils were obtained by hydrodistillation and characterized by GC and GC-MS analyses. Monoterpene hydrocarbons dominated the chemical profile of the oils with B-pinene (17-31 %), p-cymene (18-33 %) and Gama- terpinene (16-54 %) as the main constituents of S. subulatus and á-thujene (13-32 %), camphene (53- 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. terpinene (16-54 %) as the main constituents of S. subulatus and á-thujene (13-32 %), camphene (53- 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. terpinene (16-54 %) as the main constituents of S. subulatus and á-thujene (13-32 %), camphene (53- 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. terpinene (16-54 %) as the main constituents of S. subulatus and á-thujene (13-32 %), camphene (53- 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. terpinene (16-54 %) as the main constituents of S. subulatus and á-thujene (13-32 %), camphene (53- 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. -pinene (17-31 %), p-cymene (18-33 %) and Gama- terpinene (16-54 %) as the main constituents of S. subulatus and á-thujene (13-32 %), camphene (53- 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. á-thujene (13-32 %), camphene (53- 9 %), sabinene (12-7 %) and B-phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively. respectively. respectively. respectively. respectively.argophylloides and S. viridis, respectively. -phellandrene (11-16 %) for S. argophylloides and S. viridis, respectively.argophylloides and S. viridis, respectively.