Recovery of valuable marine compounds from cuttlefish by-product hydrolysates: Combination of enzyme bioreactor and membrane technologies
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Recovery of valuable marine compounds from cuttlefish by-product hydrolysates: Combination of enzyme bioreactor and membrane technologies

机译:来自墨鱼副产物水解产物的有价值的海洋化合物:酶生物反应器和膜技术的组合

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AbstractRecognition of limited resources and increasing environmental pollution has emphasized the need for better utilization of fisheries by-products (e.g., heads, frames, and viscera). The present investigation explores the technical feasibility of “clean technologies”, that is, enzymatic hydrolysis and ultrafiltration to fractionate and concentrateSepiaby-products. The selected ultrafiltration membranes with intermediate molecular weight cut off allowed fractionating hydrolysates in several fractions of different molecular weights. The combined study of chromatographic data and amount of peptides quantified in permeates and retentates allowed us to study the progression of the fractionation in correlation with the increase or decrease in interesting molecules.]]>
机译:<![CDATA [ 抽象 识别有限的资源和增加的环境污染,强调需要更好地利用渔业副产品(例如,头部,框架和内脏)。本研究探讨了“清洁技术”的技术可行性,即酶水解和超滤分级和浓缩物棕褐色副产品。所选择的超滤膜,中间分子量切断允许在几个不同分子量的级分中允许分馏水解产物。色谱数据的组合研究和渗透物中量化的肽的量允许我们研究与有趣分子的增加或减少的相关性的分馏的进展。 ]]>

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