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Khazal Dh. Wadi Al-Jibouri
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Medicine & Pharmacology

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Palynological Study of the Genus Arabis l. (Brassicaceae) in Iraq Khazal Dh. Wadi Al-Jibouri
Journal of Global Pharma Technology Volume 11 Issue 03
Publisher : Journal of Global Pharma Technology

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Abstract

Pollen morphology of 4 species (A. aucheri , A. auriculata, A. caucasica, A. nova) belonging to the genus Arabis L. in Iraq was examined by light microscope and scanning electron microscope to determine the significance of pollen features as a taxonomic characters. The results showed pollen grains of the species were monades, homopolar, tricolpate, and with medium size, but the species varied in shapes (polar and equatorial view), colpus length and width, exine thickness and exine ornamentation. Pollen colors were brown convert to brownish yellow.Keywords: Arabis, Cruciferae, Palynology, Pollen grain.
Chemotaxonomical Study of Some Species Belonging to the Genus Scabiosa l. (Dipsacaceae) in Iraq Khazal Dh. Wadi Al-Jibouri
Journal of Global Pharma Technology Volume 11 Issue 07
Publisher : Journal of Global Pharma Technology

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Abstract

The current study is a comparative chemotaxonomical study of five species species belonging to the genus Scabiosa L. from Dipsacaceae (Caprifoliaceae) ,wildly grown in Iraq which are S.palaestina L., S. calocephala Boiss ,S. persica Boiss., S. leucactis Patzak. and S. brachycarpa Boiss.et Hoh. The study done by using Gas Chromatography Mass Spectrometry (GC-MS), the results helped in isolation species by distinguishing them with their own chemical compounds. All the studied species participated in a single chemical compound Oleic Acid, but the species varied in the number of chemical compounds. S. brachycarba contains (18) chemical compounds, S. leucactis contained (14) compounds, S. persica recorded (21) compounds and S. calocephala contained (28) compounds which was the highest among the studied species and the record (6) compounds in the S. palaestina, which was the lowest species. The species varied in distinguished compounds of each species, S. persica was distinguished by (4) chemical compounds S. brachycarba (3) distinct compounds while S. leucactis was characterized by (4) compounds, whereas S. calocephala (4) compounds and finally S. palaestina characterized by a single compound.Keywords: Scabiosa, Dipsacacea, Chemotaxonomy.
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