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Nanotechnology and Functional Foods: Effective Delivery of Bioactive Ingredients
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Author:
Cristina SabliovNumber Of Reads:
43
Language:
English
Category:
TechnologySection:
Pages:
405
Quality:
excellent
Views:
665
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Book Description
"This book explores the most up to date nano- and micro-delivery systems for food ingredients, including nanoemulsions, stabilized nanoemulsions, solid lipid nanoparticles, and polymeric nanoparticles. Chapters explore the different types of delivery systems, their properties and interactions with other food components, targeting mechanisms, and safety to the human body. Industrial and societal implications of use of nano- and micro-delivery systems for bioactive ingredients in functional foods are also covered. Continuing innovation in nano and micro-delivery systems for bioactives will underpin expanded consumer choice in functional foods and growth strategies for food companies in the 21st century. This book aims to provide the reader with the most up-to-date knowledge of modern delivery systems, options available, and the basic science critical to success in the marketplace.Topics to be covered include: Introduction. Importance of novel delivery systems for improved stability, controlled release, and targeting of bioactive components. Overview of different delivery systems to be used in functional foods. Bioactive food ingredients. Definition, health benefits, classification of bioactives. Challenges associated with free-form delivery of bioactives (i.e. bioavailability, stability, etc) Delivery system characteristics. Properties: Entrapment efficiency, size, release kinetics, charge, stability, bioavailability. Analysis methods: TEM, SEM, AFM, DLS, HPLC, bioavailability methods (cell and animal models). Delivery system interaction with other food components. Targeting strategies. Delivery system interaction with biological systems and safety. Delivery methods with case studies. Emulsions and double layer-emulsions with applications. Polymeric nanoparticles with applications. Coacervates (with example fish oil). Solid lipid nanoparticles with applications. Liposomes. Delivery from packaging.Probiotics delivery systems. Dendrimers as nanocarrier for antibacterial peptide. Multifunctional food grade nanofibers. Industrial and societal implications. Safety of nanomaterials (high bioavailability, material selection, societal implications). Alteration of final product properties (sensorial properties, texture, color). Regulation for food nanotech. Product development and intellectual property. Future trends. Vision for nano and colloidal systems for delivery of bioactives. "--
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Cristina Sabliov
Cristina Sabliov, Ph.D. is a Professor in the Biological and Agricultural Engineering Department at Louisiana State University. Dr. Sabliov is leading an international renowned research program in the field of nanotechnology, specifically focused on polymeric nanoparticles designed for delivery of bioactive components for improved food quality and human health. Projects pursued in her laboratory range from design and synthesis of multifunctional polymeric nanoparticles of controlled properties (size, surface charge, controlled-release profile and targeting properties) for delivery of bioactives, to in-vitro and in-vivo evaluation of the nanoparticle functionality, and biodistribution and toxicity under the conditions of use. She collaborates extensively with others outside her field and hires undergraduate and graduate students of diverse educational backgrounds (biological engineering, food science, chemistry, biology, and biochemical engineering) to pursue these projects. Dr. Sabliov’s research been published in reputable journals such as ACS Nano, Nanotechnology, Nanomedicine, Journal of Food Engineering, Journal of Biomaterial Science-Polymer Edition, Annual Review of Food Science and Technology and Journal of Physical Chemistry. Dr. Sabliov is a recognized national and international leader in food nanotechnology as indicated by her funding record and by her presence at major events sponsored by the Food and Drug Administration (FDA), National Institutes of Health (NIH), and United States Department of Agriculture (USDA). Dr. Sabliov is currently serving on the Institute of Food Techologists (IFT) Food Nanoscience Advisory Panel and as a co-chair for the Gordon Conference on Nanoscience and Engineering for Agriculture and Food Systems for 2016. She is the chair of the International Society of Food Applications of Nanoscale Sciences (ISFANS) for 2014-2015. For her significant contribution to research and teaching, Dr. Sabliov has received numerous awards such as the LSU AgCenter Tipton (Nanotechnology) Team Research Award (2013), ASABE New Holland Research Award (2011), LSU Ag Center G. H Seed Research Excellence Award (2010), and the Tiger Athletic Foundation Undergraduate Teaching Award (2007, 2013). Through her research and teaching, Dr. Sabliov is determined to address the multiple challenges and many opportunities at the interface of engineering, food, health and nanotechnology, and to contribute significantly to the safe application of nanotechnology in foods, medicine and agriculture.
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