首页> 外文OA文献 >ISOLATION, IDENTIFICATION AND BIOACTIVITY TEST OF NON POLAR COMPOUNDS ON n-HEXANE EXTRACT OF Haliclona (Reniera) fascigera FROM SAMALONA ISLAND-SPERMONDE ARCHIPELAGO
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ISOLATION, IDENTIFICATION AND BIOACTIVITY TEST OF NON POLAR COMPOUNDS ON n-HEXANE EXTRACT OF Haliclona (Reniera) fascigera FROM SAMALONA ISLAND-SPERMONDE ARCHIPELAGO

机译:萨马洛纳群岛-SPERMONDE ARCHIPELAGO的哈利克氏菌(Reniera)fascigera的正己烷提取物中非极性化合物的分离,鉴定和生物活性测试

摘要

Isolation, identification and bioactivity test of nonpolar compunds has been conducted on n-hexane extract sponge Haliclona (Reniera) fascigera of the island Samalona, Makassar, South Sulawesi. Isolation techniques consist of maceration, partition, fractionation using 2 steps using vacuum column chromatography and flash column chromatography and also purification step. Identification of isolate was analyzed with TLC, FTIR, GC-MS, and 1H NMR. The research result was obtained isolate as much as 4 mg and clear solid form. FTIR analysis indicate functional group OH, CH??2, CH3, C=O, =CH and C-O. Identification of spot TLC under UV light and spotting solvent show that the spot was active on UV long and short waves and dark brown with cerium sulphate. The results show that isolate A contain aliphatic and alcohol compounds. Bioactivity test results indicate that these isolate A be able to inhibit the growth of bacteria Staphylococus aureus with inhibition zone diameter were 11.60 mm (100 ppm); 10.40 mm (50 ppm); 9.50 mm (25 ppm); 6.50 mm (10 ppm); 6,60 mm (negative control); 17.40 mm (positive control) and against bacteria Escherichia coli with inhibition zone diameter were 6.70 mm (100 ppm); 6,10 mm (50 ppm); 5,90 mm (25 ppm); 5.85 mm (10 ppm); 5,20 mm (negative control); 18.60 mm (positive control).
机译:非极性化合物的分离,鉴定和生物活性测试已在南苏拉威西省萨马洛纳岛的正己烷提取海绵Haliclona(Reniera)fascigera上进行。分离技术包括浸渍,分配,分馏(使用真空柱色谱和快速柱色谱的2个步骤)以及纯化步骤。用TLC,FTIR,GC-MS和1H NMR分析分离物的鉴定。获得了高达4 mg的分离物和澄清固体形式的研究结果。 FTIR分析表明官能团OH,CH 2,CH 3,C = O,= CH和C-O。紫外光和斑点溶剂对斑点薄层色谱的鉴定表明,该斑点对紫外线的长波和短波具有活性,而硫酸铈具有深褐色。结果显示分离物A包含脂族和醇化合物。生物活性测试结果表明,这些分离物A能够抑制细菌金黄色葡萄球菌的生长,抑制区直径为11.60 mm(100 ppm); 10.40毫米(50 ppm); 9.50毫米(25 ppm); 6.50毫米(10 ppm); 6,60毫米(负控制); 17.40mm(阳性对照),对细菌的抑制带直径为大肠杆菌6.70mm(100ppm); 6,10毫米(50 ppm); 5,90毫米(25 ppm); 5.85毫米(10 ppm); 5,20毫米(负控制); 18.60毫米(正面控制)。

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    Hafiludin Uli;

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  • 年度 2016
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  • 正文语种 en
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