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Production of ilangeno through the use of susbtrato residue of passion fruit by submerged fermentation of microorganism tyromices floriformis

机译:通过西番莲微生物菌的深层发酵利用百香果中的残留物生产黑素

摘要

The present invention relates to the development of a bioprocess for production of aromatic compound ilangeno through the use of residue from the seed of passion fruit as a substrate in the fermentation submErsa.The production process of this compound aroma was used residue of seed of passion fruit, dehydrated, from agro industries of pulp from the region of the state of Sergipe.Through fermentation process using the following steps: (1) preparation of pre inoculum of the micro organism in synthetic medium and taken to fermentation for 7 days; (2) at the end of the day 7 P.Repair of medium for submerged fermentation containing: 10g / L of glucose; 3G / L of asparigina monohydrate; 1g / L of yeast extract, 1.5 g / L potassium dihydrogen phosphate, 0.6 g / L magnesium sulfate; 1 ml of solution line and 5 to 25% of the residue of passion fruit, adjusted to pH 6; (3) incubation in shaker at 24C.With the rotation of the 150 rpm for 7 days; (4) analysis of compounds in a gas chromatograph coupled with mass spectrometry detectors and olfatometro.This invention deals with the utilization of agro industrial residue of passion fruit seed for use in a production process of the compound aroma known as ilangeno with characteristic aromaSweet, which can have its use in food and pharmaceutical industries.The use of the residue of passion fruit seeds helps to reduce the environmental problems, both by using the residue of agribusiness.As for the possibility of development of a process of a product with added value for application in various products.
机译:本发明涉及通过使用百香果种子中的残留物作为发酵亚基质中的底物来生产芳香族化合物黑色素的生物方法的开发。该复合香气的生产方法是使用百香果种子中的残留物。通过Sergipe州地区的纸浆农用工业脱水。通过发酵过程,使用以下步骤:(1)在合成培养基中制备微生物的预接种物,并发酵7天; (2)在一天结束时的7 P.水下发酵培养基的修复,其中包含:10g / L葡萄糖; 3G /升的阿斯帕瑞加一水合物; 1克/升酵母提取物,1.5克/升磷酸二氢钾,0.6克/升硫酸镁; 1 ml溶液线和5至25%的百香果残留物,调节至pH 6; (3)在24°C的振荡器中孵育,以150 rpm的转速旋转7天; (4)在结合质谱检测器和olfatometro的气相色谱仪中分析化合物百香果种子的残留物的使用有助于减少环境问题,这两者都通过使用农业综合企业的残留物来解决。在各种产品中的应用。

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