vailability of proteins from agricultural by-products and their filmproperties fostered the interest in natural biopolymers as a renewablealternative to petrol-based plastics for the preparation of bioplastic. A sustainable approach is proposed herein to the develop cross-linked peptide-based films from rapeseed meal protein. We set up anovel highly efficient extraction method yielding a protein-enrichedextract. The process is reproducible, scalable, and eco-friendly, with agreat potential for industrial applications. Utilizing this protein/peptide mixture, films were obtained through pression molding

Sustainable development of crosslinked protein and peptide-based films from rapeseed meal to innovative elastic materials / Aquilia, S; Pinna, M; Rosi, L; Papini, AM; Ciardelli, F; Bello, C. - In: JOURNAL OF PEPTIDE SCIENCE. - ISSN 1075-2617. - ELETTRONICO. - 30:(2024), pp. 260-261.

Sustainable development of crosslinked protein and peptide-based films from rapeseed meal to innovative elastic materials

Aquilia, S;Rosi, L;Papini, AM;Bello, C
2024

Abstract

vailability of proteins from agricultural by-products and their filmproperties fostered the interest in natural biopolymers as a renewablealternative to petrol-based plastics for the preparation of bioplastic. A sustainable approach is proposed herein to the develop cross-linked peptide-based films from rapeseed meal protein. We set up anovel highly efficient extraction method yielding a protein-enrichedextract. The process is reproducible, scalable, and eco-friendly, with agreat potential for industrial applications. Utilizing this protein/peptide mixture, films were obtained through pression molding
2024
Aquilia, S; Pinna, M; Rosi, L; Papini, AM; Ciardelli, F; Bello, C
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1400734
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