Khader Alzawi, I. Abdulrazzaq, Majed Aldobaissi, A. O. Alfalahi
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引用次数: 0
摘要
研究了安巴尔省三种野生鼠尾草属(Salvia lanigera, Salvia spinosa)和人工鼠尾草属(Salvia officinalis)的毛状体和化学成分,采用气相色谱-质谱联用技术(GC-MS)对其茎叶的化学成分进行了研究,并在光镜下对其茎叶表皮(上表皮和下表皮)的毛状体进行了研究。我们在化学研究中发现了重要的差异,其中发现一些化合物在物种中没有发现其他化合物,这使得它们在分类上具有重要意义,此外,毛状体对于区分所研究的物种很重要,刺叶草的种类是由叶片下表皮上有漏斗状头的腺状毛状体和没有非腺状多细胞单毛鞭毛状体来区分的。officinalis以非腺状多细胞单毛鞭毛的密度来区分,而S. lanigera则以非腺状多细胞单毛分枝毛的密度来区分,并且在所有被研究物种中都存在非腺状多细胞单毛的直毛、弯毛和球状头腺毛。
Chemical comparison and Trichomes types of Salvia species growing in Anbar Governorate – Iraq
The trichomes and chemical composition of three species of the genus Salvia wild-grown (Salvia lanigera, Salvia spinosa) and cultured (Salvia officinalis) were studied in the Anbar governate, the chemical components of the stem and leaves were studied by Gas chromatography–mass spectrometry(GC-MS), in addition to studying the trichomes of the epidermis in the stem and leaves (upper and lower epidermis) by Light microscope. Important differences appeared to us in the chemical study, where it was found that some compounds were found in species without others, which gives them taxonomic importance, also, the trichomes were important in distinguishing the studied species, the species S. spinosa was distinguished by the presence of glandular trichome with funnel form head on the lower epidermis of the leaves and absence non-glandular multicellular-uniseriate flagellated trichomes. S. officinalis was distinguished by the density of non-glandular multicellular-uniseriate –flagellated trichomes, while S. lanigera was distinguished by non-glandular multicellular-uniseriate –branched trichomes, addition to the presence non-glandular multicellular-uniseriate – straight, curved and glandular trichome with globular head in all studied species.