Technologies to Recover Polyphenols from AgroFood By-products and Wastes

Table of Contents

1. Importance of polyphenols: Consumption and human health 2. Results of in vivo assays of the effects of polyphenols in human health metabolic parameters 3. AgroFood byproducts and wastes as polyphenols sources 4. Solid-liquid extraction of polyphenols 5. Extraction of polyphenols by pressurized based technologies 6. Extraction of polyphenols by sub/supercritical based technologies 7. Electro based technologies for the extraction of polyphenols 8. Extraction of polyphenols by microwave assisted extraction technology 9. Ultrasounds technology to recover polyphenols 10. Enzymatic extraction of polyphenols 11. Fermentation effect on polyphenol extraction efficiency 12. Separation, purification, analyses and preservation of polyphenols 13. Polyphenols applications in food industry sector 14. Polyphenols applications in pharmaceutic industry sector 15. Polyphenols applications in cosmetic industry sector

Authors

Elisabete M.C. Alexandre Researcher, University of Aveiro, Portugal. Elisabete M.C. Alexandre graduated in Biotechnological Engineering from U. of Algarve and finished the Ph.D. in 2011 in Biotechnology (Food Science and Engineering) at College of Biotechnology, Portuguese Catholic University of Porto. Since 2019, she joined at U. of Aveiro as Contracted Researcher. Currently, her research has been focused on the extraction of bioactive compounds, including polyphenols, by green and emergent technologies, the study of their bioactivities and their application in the development of new fortified/supplemented food products Jorge M.A. Saraiva University of Aveiro, Portugal. Dr. Jorge A. Saraiva is professor of food technology, biocatalysts and food biotechnology, among other subjects. He holds a PhD in biotechnology, with a specialization in food science and engineering. His research focus is on non-conventional/emergent processing, particularly on high pressure (~ 9000 atm) for: i) cold pasteurization of foods, food properties improvement and new foods production; ii) biotechnological applications (ex: microbial growth in extreme conditions)) and biocatalysis and cold extraction of natural compounds (ex: pharmaceuticals) under pressure. Manuela Pintado Associate Professor, Escola Superior de Biotecnologia, Universidade Cat�lica Portuguesa, Porto, Portugal. Manuela Pintado is Associate Professor of the College of Biotechnology of the Portuguese Catholic University (ESB-UCP), Associate Director of ESB UCP and the director of CBQF (Chemistry and Biotechnology Center - State Associate Laboratory), an ESB UCP research unit and Associate Laboratory. Her research work is focused on functional ingredients/foods (particularly lipids, peptides, and polyphenols), and by-products valorization thought the development of new functional products.