Bio-Taxonomic Study Based on Selected Aromatic Plants Species Related to Different Plant Families as Raw Material

Lina Hassaballa, Asaad Alsiddig
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Abstract

This work is an attempt to make a taxonomic study on some aromatic plants in Tehama area, Al-Baha region Saudi Arabia. It includes a brief description on climate, topography and geology of the study area. The total number of species identified were (4) species depending on their differences in vegetative, floral and fruit characteristics. Scientific classification of each species is provided. Botanical description with notes on habitats and distribution were determined for all of the four species. Medicinal properties and local uses for some species were included. All identified species have been illustrated by photos in their habitats. Botanical names, synonyms were updated and vernacular names (Local names) have been presented. The study revealed that all species have a great ecological, economic and medicinal importance and require more comprehensive studies to conserve them. The study aims to: 1- Determine the distribution and habits of the species of Aromatic plants. 2- Provide medicinal properties and local uses of Aromatic plants and species. The method was recorded due to Dr. Jacob Thomas, Herbarium Dept., College of Science, King Saud University. The four selected aromatic plant species resulted essential oils, antioxidant activities and volatile oils. Technical methods such as Gas Chromatography (GC) were used to identify the components. The authors recommend accurate techniques such as DNA fingerprinting to identify these species as they are considered to be a native heritage for their country
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以不同植物科芳香植物为原料的生物分类研究
本工作是对沙特阿拉伯Al-Baha地区Tehama地区一些芳香植物进行分类研究的尝试。它包括对研究地区的气候、地形和地质的简要描述。根据其营养、花和果实特征的不同,鉴定出的种数为(4)种。提供了每个物种的科学分类。对这四种植物进行了植物描述,并对其生境和分布作了说明。包括一些物种的药用特性和当地用途。所有已确认的物种都附有栖息地的照片。植物学名称,同义词更新和白话名称(地方名称)已经提出。研究表明,所有物种都具有重要的生态、经济和药用价值,需要更全面的研究来保护它们。本研究的目的是:1 .确定芳香植物的分布和习性。2-提供芳香植物和物种的药用特性和当地用途。本方法由沙特国王大学理学院植物标本室Jacob Thomas博士记录。筛选出的4种芳香植物得到了精油、抗氧化活性和挥发油。采用气相色谱(GC)等技术方法对其成分进行鉴定。这组作者建议使用DNA指纹等精确的技术来识别这些物种,因为它们被认为是他们国家的本土遗产
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