Perforated Tube vs. Soxhlet Apparatus: A New Extraction Tool Confirming by Clove Sample and GC-Mass Analysis

K. Khalaf
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Abstract

In this paper, a new efficient extraction tool of bioactives from plant parts was designed, applied, and compared with Soxhlet apparatus. This tool was a Quickfit®- Pyrex® glass tube perforated easily inserted in round flask containing solvent. Clove buds in both non-grinded and grinded form were analyzed by GC-Mass. Our observations were gotten from designing and using perforated tube compared to Soxhlet apparatus for Clove buds’ extraction. It is a simplest tool in designing and handling than Soxhlet apparatus that ensured more contact between Clove buds in their bag and used solvent than Soxhlet. Employing bag sewed from face mask is low cost than high quality Soxhlet - cellulose thimble. Furthermore, this sewed bag can be discharged from its content, cleaned, and reused but expensive cellulose thimble is made for one use. Perforated tube presents a good choice for efficient-short extraction time, minimum sample weight and solvent volume resulting higher quantity of Clove bioactives compared to Soxhlet. By analytical foundations, using grinded Clove gave different qualitative-quantitative analysis of the tested bioactives in the extracted solution compared to non- grinded buds. Eugenol was the major constituent in non- grinded buds while grinded powder gave 2-methoxy-3-(2-propenyl)-phenol as a maximal bioactive. This new tool may be used with less solvent quantity for better continuous extraction series however Soxhlet must be used with more than half flask volume to get fast-efficient extraction. Also, Soxhlet needs direct heating source however perforated tube may be applied in both direct heating and water bath. These notes are important in using low boiling solvent (volatile) for better extraction. Because extraction is not limited to plant parts, this new tool may be used as a general extraction tool. So to guarantee getting higher quantities of volatile constituents with easier steps, perforated tube is an excellent choice.
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多孔管与索氏装置:丁香样品和gc -质谱分析证实的一种新的萃取工具
本文设计了一种新的高效提取植物部位生物活性物质的工具,并与索氏仪进行了比较。该工具是Quickfit®- Pyrex®玻璃管,很容易插入含有溶剂的圆形烧瓶中。采用气相色谱-质谱法对未磨和磨后的丁香芽进行了分析。我们通过设计和使用穿孔管来比较索氏装置对丁香芽提取的影响。它是一种比索氏仪器设计和操作更简单的工具,确保了袋子里的丁香芽与使用溶剂的接触比索氏仪器多。采用面膜包缝制比采用优质索氏纤维素顶针成本低。此外,这种缝纫袋可以从其内容物中排放,清洁和重复使用,但昂贵的纤维素顶针是一次性使用的。与索氏法相比,穿孔管法具有萃取时间短、样品重量小、溶剂体积小等优点,可获得较高的丁香活性物质含量。在分析基础上,丁香磨粉提取液中被测生物活性与未磨芽提取液进行了不同的定性定量分析。未磨芽中丁香酚是主要成分,而磨粉中2-甲氧基-3-(2-丙烯基)-苯酚的生物活性最高。这种新工具可以使用较少的溶剂量以获得更好的连续提取系列,但必须使用大于半烧瓶体积的索氏液以获得快速有效的提取。此外,索氏需要直接热源,但穿孔管可用于直接加热和水浴。这些注意事项对于使用低沸点溶剂(挥发性溶剂)进行更好的萃取具有重要意义。由于提取不局限于植物部位,该工具可作为通用提取工具使用。因此,为了保证以更简单的步骤获得更多的挥发性成分,穿孔管是一个很好的选择。
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