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Eco-Friendly Extraction of Biopolymer Chitin and Carotenoids from Shrimp Waste

机译:生态友好型虾壳生物聚合物依甲酸酯和类胡萝卜素

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Astaxanthin a nutraceutical and chitin a natural biopolymer present in shrimp waste. In current chemical extraction methods HC1 and NaOH are used for extraction and these chemicals are introduced into aquatic ecosystems are spoiling aquatic flora and fauna, pollute the environment and destroy astaxanthin. Lactobacillus .species were isolated from gut of Solenocera melantho and characterized phenotypically and genotypically. Initial screening experiments have shown to be an effective and identified as Lactobacillus plantaram based on morphological, biochemical characteristics and molecular analysis. Efficiency of fermentation has shown with good yield of astaxanthin and recovery of chitin. Hence this alternative microbial process is having advantage than existing hazardous, non- economical chemical process.
机译:虾青素营养保健品和甲壳蛋白在虾废物中存在天然生物聚合物。 在目前的化学提取方法中,HC1和NaOH用于萃取,将这些化学品引入水生生态系统中是破坏水生植物群和动物群,污染环境并破坏虾青蛋白。 乳酸杆菌。特征是从索尔内特拉美黑团的肠道中分离出来,并表现了表型和基因型。 初始筛查实验表明,基于形态学,生物化学特性和分子分析,是一种有效的,并鉴定为乳酸杆菌植物征。 发酵效率显示出虾青素的良好产量和依托酸的回收率。 因此,该替代的微生物过程具有比现有的危险非经济化学过程的优势。

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