Agriculture, active compounds investigation of cola herb (Artemisia abrotanum L.) recently introduced in Iraq

Aljubory, Ibrahim S; Jasiem, Thamer Mouhi; Baderden, Sara K

doi:10.5455/njppp.2017.7.1029002012017

“…The analysis shows the presence of major constituents like Eucalyptol (7.19%), camphor (6.31%), Borneol (8.96%), Lupeol (7.00%) and to less extent 3-Carene (2.00%), o-Cymene (2.93%), Isopergol (1.14%), Cedrene (1.38%), Caryophyllene oxide (1.99%) with minor constituents as Sabinene (0.77%), Myrtenol (0.47%), GermacreneD (0.27%), Caryophyllene (0.54%), Citronellol (0.38%), Pseduosarsapogenin (0.49%) and trans-Piperitol(0.38%) in the hexane extract of Artemisia abrotanum. The result shows matching of four compounds although there is different percentage of some the matching essential oil constituents that was done by Sarah and co-workers with the presence of cymene (3.60%), camphor (0.09%), borneol (8.38%) and Eucalyptol (1.12%) [14,15] . By comparing the constituent of essential oil with the one from Serbia the result shows cross matching with constituents like caryophylene oxide (1.6%), caryophylene (0.6%), trans-Pipertol (0.6%), camphor (3.5%) with major constituent 1, 8-cineole (10.5 %), bisabolol oxide A acetate (8.7%), germacrene D (6.5 %) and Borneol (6.0 %) [16] .…”

Section: Terpene Detectionmentioning

confidence: 77%

Detection of terpenes of Iraqi Artemisia abrotanum L. by GC/MS in hexane extract

Aruba¹,

Jasim

²

,

Nasser

³

2019

AJPS

View full text Add to dashboard Cite

Artemisia abrotanum L. is recently introduced plant in Iraq, in this study we conducted GS/MS for detection of terpene that are group of constituents abundant in this species qualitatively and quantatively. We used hexane extract for the detection depending on the like dissolve like proce- dure of extraction since they are mostly nonpolar compounds, they dissolve in nonpolar solvent like hexane thus the extraction procedure is conducted with this solvent. New compound was detected with hexane extract that wasn't present in previous studies.

show abstract

“…The analysis shows the presence of major constituents like Eucalyptol (7.19%), camphor (6.31%), Borneol (8.96%), Lupeol (7.00%) and to less extent 3-Carene (2.00%), o-Cymene (2.93%), Isopergol (1.14%), Cedrene (1.38%), Caryophyllene oxide (1.99%) with minor constituents as Sabinene (0.77%), Myrtenol (0.47%), GermacreneD (0.27%), Caryophyllene (0.54%), Citronellol (0.38%), Pseduosarsapogenin (0.49%) and trans-Piperitol(0.38%) in the hexane extract of Artemisia abrotanum. The result shows matching of four compounds although there is different percentage of some the matching essential oil constituents that was done by Sarah and co-workers with the presence of cymene (3.60%), camphor (0.09%), borneol (8.38%) and Eucalyptol (1.12%) [14,15] .…”

Section: Terpene Detectionmentioning

confidence: 77%

Detection of terpenes of Iraqi Artemisia abrotanum L. by GC/MS in hexane extract

2019

AJPS

0

View full text Add to dashboard Cite

Artemisia abrotanum L. is recently introduced plant in Iraq, in this study we conducted GS/MS for detection of terpene that are group of constituents abundant in this species qualitatively and quantatively. We used hexane extract for the detection depending on the like dissolve like proce- dure of extraction since they are mostly nonpolar compounds, they dissolve in nonpolar solvent like hexane thus the extraction procedure is conducted with this solvent. New compound was detected with hexane extract that wasn't present in previous studies.

show abstract

“…The essential oil content of fennel seeds was extracted by hydro distillation method by the use Clevenger apparatus (100 g) of the plant material was hydrodistilled by adding (500 mL) of distilled water D.W. in round flask bottom, the plant was left boiling for three hours; the volatile oil was collected after observing that there is no increase in volatile oil was achieved 15 .…”

Section: Extractionmentioning

confidence: 99%

Phytochemical Study and Evaluation of Iraqi Fennel Seed Oil as Antibacterial of Urinary Tract Infection

2020

IJFMT

0

View full text Add to dashboard Cite

Objective : This study were designed by investigation of active compounds of the fennel seeds in Iraqi plant and determined the terpenes compounds by gas chromatography analysis and finally shown the biological activity of the volatile oil of fennel seeds upon different pathogenic bacteria which isolated from patients suffered from urinary tract infection .Methods: in this study we used different methods and different solvent for extract the active compounds such as clavenger for volatile oil , decoction and Soxhlet for main other active compounds . Results: The results of this study had shown that bacteria such as Pseudomonas aeruginosa , Streptococcus spp and Salmonella spp. were more resistant to The volatile oil of fennel seed than bacteria such as., Staphylococcus aureus and E. coli . five compounds were identified from the n-hexane extract of volatile oil of fennel seeds .Anethole was in maximum content (43.13 %) in retention time 13.762, followed by Estragole (40.84 %) in retention time 12.062 , , 1,6, octadien-3-ol ,3,7-dimethyl (3.71%) in retention time 9.937 , l-fenchone compounds (3.49%) in retention time 9.645 and the minimum one is d-limonene (1.28%) in retention time 8.435 .

show abstract

Agriculture, active compounds investigation of cola herb (Artemisia abrotanum L.) recently introduced in Iraq

Cited by 4 publications

References 0 publications

Detection of terpenes of Iraqi Artemisia abrotanum L. by GC/MS in hexane extract

Detection of terpenes of Iraqi Artemisia abrotanum L. by GC/MS in hexane extract

Detection of terpenes of Iraqi Artemisia abrotanum L. by GC/MS in hexane extract

Phytochemical Study and Evaluation of Iraqi Fennel Seed Oil as Antibacterial of Urinary Tract Infection

Contact Info

Product

Resources

About