THE STUDY OF DRYING EFFECT ON VOLATILE LEAF AND BERRY (CONE) OIL OF JUNIPERUS EXCELSA M.B.

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SLEHI PARVIN; MIRZA MAHDI

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Journal: PLANT AND ECOSYSTEM Year:2007 | Volume:3 | Issue:9 Page(s): 82-90

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Title

THE STUDY OF DRYING EFFECT ON VOLATILE LEAF AND BERRY (CONE) OIL OF JUNIPERUS EXCELSA M.B.

Author(s)

SLEHI PARVIN | MIRZA MAHDI | Issue Writer Certificate

Keywords

JUNIPERUS EXCELSAQ2

CUPRESSACEAEQ3

ESSENTIAL OIL COMPOSITIONQ3

DRYING EFFECTQ2

GC-MSQ3

Abstract

The volatile constituents of the leaf and berry of JUNIPERUS EXCELSA, isolated by steam distillation, were analyzed by GC-MS. Leaf and berry samples of juniper were collected in summer from trees growing wild in Iran.Results indicated that the total oil (yield: 0.6% in leaves and 1.85 in berries) was consisted of almost 22 constituents including a-Pinene, g-elemene, trans-verbenol, verbenone, methyl carvacrol and g-elemene.Comparison of volatile fresh and dried leaf and berry oil indicated that the drying affects some of the constituents, however the others do not. but others not. Analysis of fresh and dry leaf and berry oils with GC and GC-MS indicated that, a-pinen as the most important constituent of leaf and berry oil was decreased after the drying, as it was decreased form 44 % in fresh leaves to 19.8 % in dried ones, and from 83.7% in fresh berries to 75.8% in dried ones. Whereas the amount of the other constituents in leaf and berry oil was increased after drying.

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APA: Copy

SLEHI, PARVIN, & MIRZA, MAHDI. (2007). THE STUDY OF DRYING EFFECT ON VOLATILE LEAF AND BERRY (CONE) OIL OF JUNIPERUS EXCELSA M.B.. PLANT AND ECOSYSTEM, 3(9), 82-90. SID. https://sid.ir/paper/145546/en

Vancouver: Copy

SLEHI PARVIN, MIRZA MAHDI. THE STUDY OF DRYING EFFECT ON VOLATILE LEAF AND BERRY (CONE) OIL OF JUNIPERUS EXCELSA M.B.. PLANT AND ECOSYSTEM[Internet]. 2007;3(9):82-90. Available from: https://sid.ir/paper/145546/en

IEEE: Copy

PARVIN SLEHI, and MAHDI MIRZA, “THE STUDY OF DRYING EFFECT ON VOLATILE LEAF AND BERRY (CONE) OIL OF JUNIPERUS EXCELSA M.B.,” PLANT AND ECOSYSTEM, vol. 3, no. 9, pp. 82–90, 2007, [Online]. Available: https://sid.ir/paper/145546/en

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