From a Sequential to a Continuous Approach for LVV-h7 Preparation during Enzymatic Proteolysis in a Microfluidic- Based Extraction Process

Kalim Belhacene, I. Ungureanu, E. Grosu, R. Przybylski, A. Blaga, P. Dhulster, R. Froidevaux
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Abstract

Intensification of process is increasingly interesting in the context of recovery of indus - trial wastes. Among these compounds, animal blood is underexploited although it is an important source of bioactive peptides. LVV-h7 (LVVYPWTQRF) is one of these bioactive peptides from bovine haemoglobin hydrolysate. Our innovative approach consists of a continuous process involving at microfluidic scale for enzymatic proteolysis of bovine haemoglobin by pepsin, selective extraction of LVV-h7 to an organic solvent during the enzymatic reaction, followed by a second extraction to an aqueous phase for organic solvent recycling. Thus, the obtainment of pure LVV-h7 peptide with an efficient meth odology of extraction and solvent recycling was proved.
从顺序到连续的方法LVV-h7制备过程中的酶解蛋白在微流体为基础的提取过程
在工业废物回收的背景下,过程的强化日益引起人们的兴趣。在这些化合物中,虽然动物血液是生物活性肽的重要来源,但尚未得到充分利用。LVV-h7 (LVVYPWTQRF)是从牛血红蛋白水解物中提取的生物活性肽之一。我们的创新方法包括一个连续的过程,包括在微流控尺度上用胃蛋白酶酶解牛血红蛋白,在酶促反应中选择性地将LVV-h7提取到有机溶剂中,然后第二次提取到水相中进行有机溶剂的回收。因此,证明了高效提取和溶剂循环的方法可以获得纯LVV-h7肽。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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