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Book Cover
E-book
Author Raies Ul Haq, Mohammad.

Title Opioid food peptides : significant exorphins from food sources / Mohammad Raies Ul Haq
Published Singapore : Springer, 2020

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Description 1 online resource (xix, 137 pages) : illustrations
Contents Chapter 1: Significant Food-derived Opioid Peptides -- Chapter 2: Structure and Production of Casomorphins -- Chapter 3: Biological Activities of Casomorphins -- Chapter 4: Lactorphins and Lactoferroxins -- Chapter 5: Casoxins -- Chapter 6: Gluten Exorphins -- Chapter 7: Rubiscolins, Soymorphins and Oryzatensin -- Chapter 8: Analysis of Food-derived Opioid Peptides -- Chapter 9: Conclusions And Future Perspectives
Summary This book compiles the latest research on food-derived opioid peptides, particularly those derived from milk. It describes in detail the structure, classification and, more importantly, physiological functions of these peptides. Presenting an interesting overview of the opioid receptors and receptor ligands, it examines the absorption, transport and degradation of these opioid peptides. Further, it highlights the production of ?-casomorphins from only one variant of ?-casein and its biological activities, and explores the generation of ?b-lactorphin from bovine ?b-lactalbumin and ?b-lactorphin. The book also includes a section on the use of advanced biochemical and pharmacological techniques to analyze opioid peptides, discussing the extraction of protein from food sources, protein purification followed by SGID, filtration of peptides and analysis using analytical HPLC. Lastly, it offers insights into the significance of these peptides in the pharmaceutical industry and their potential role as therapeutic agents
Notes 7.5.1 Rubiscolins
Bibliography Includes bibliographical references
Notes Print version record
Subject Opioid peptides.
Food -- Composition.
Food -- Analysis.
Opioid Peptides
Food Analysis
Analytical chemistry.
Food & beverage technology.
Science -- Chemistry -- Analytic.
Technology & Engineering -- Food Science.
Food -- Analysis
Food -- Composition
Opioid peptides
Form Electronic book
ISBN 9789811561023
9811561028