Fractionation of fish protein hydrolysates by ultrafiltration and nanofiltration: impact on peptidic populations

纳滤 超滤(肾) 分馏 化学 色谱法 水解物 水解 渗透 酶水解 凝胶渗透色谱法 分数(化学) 体积热力学 有机化学 生物化学 物理 量子力学 聚合物
作者
Patrick Bourseau,Laurent Vandanjon,Pascal Jaouen,M. Chaplain-Derouiniot,Anthony Massé,Fabienne Guérard,A. Chabeaud,Martine Fouchereau‐Péron,Yves Le Gal,Rozenn Ravallec‐Plé,Jean‐Pascal Bergé,Laurent Picot,Jean–Marie Piot,Irineu Batista,Guðjón Þorkelsson,Charles Delannoy,Greta Jakobsen,Inez Johansson
出处
期刊:Desalination [Elsevier BV]
卷期号:244 (1-3): 303-320 被引量:81
标识
DOI:10.1016/j.desal.2008.05.026
摘要

The production by enzymatic treatment of fish protein hydrolysates (FPH) is a promising route to add value to fisheries proteinic co-products (fish frames, heads etc.). Indeed, FPH possess good nutritional properties and biological activities for food and feed uses. Pressure-driven membrane separations such as ultrafiltration (UF) and nanofiltration (NF) can be used after the hydrolysis to increase the specific activities of the FPH. This paper discusses the impact of a two-step UF/NF process producing four different fractions on two industrial FPH with different hydrolysis degrees. Fractionation is carried out in “realistic” conditions for an industrial process, on highly concentrated FPH solutions (about 100 g of dry matter/L) at a high volume reduction factor. For each step, UF or NF, the variation of the permeation flux in the course of the fractionation is discussed according to the FPH hydrolysis degree and the membranes cut-offs. The values of performance indicators defined in terms of nitrogen content are also examined, including the concentration factor (CF), the relative recovery in the retentate (ηR) and the mean and final retention factors (RFm and RFf). Computed values of these indicators are validated through the setting of volume and mass balances around each step. The impact of fractionation on the FPH peptidic population is shown. Peptidic populations are described in terms of chromatographic profiles (SEC–FPLC). The UF fractionation produces a permeate enriched with respect to the FPH smaller than a molecular weight of about 600–750 Dalton, and a retentate enriched in large peptides (above the same MW). A similar behaviour is found for the NF fractionation. Comparing the impact of the UF fractionation on the two hydrolysates allows to conclude that the membrane cut-off is well-suited when comprised between the MWs of the biggest and the most abundant peptides in the FPH.
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