TY - JOUR
T1 - Opportunities within the agri-food system to encourage a nutritionally balanced diet– Part II
AU - Van Pamel, Els
AU - Cnops, Gerda
AU - Van Droogenbroeck, Bart
AU - Delezie, Evelyne
AU - Van Royen, Geert
AU - Vlaemynck, Geertrui
AU - Bekaert, Karen
AU - Roldán-Ruiz, Isabel
AU - Crivits, Maarten
AU - Bernaert, Nathalie
AU - De Block, Jan
AU - Duquenne, Barbara
AU - Broucke, Keshia
AU - De Ruyck, Hendrik
AU - Herman, Lieve
PY - 2021
Y1 - 2021
N2 - The field-to-fork concept comprises opportunities for providing consumers with nutritious and health-beneficial food in order to meet the growing interest in health-beneficial foods and to counteract the increase of diet-related diseases worldwide. While raw plant-/animal-based starting material is considered as the primary source of such compounds (see Part I), waste fractions from this primary biomass are additional sources. Opportunities hidden in such fractions are described in the first part of this review Part II. Additionally, specific opportunities further down the field-to-fork system are explored, namely those from processing technologies for plant- and animal-derived foods (e.g. application of heat, pressure, fermentation, etc.). Potential health benefits of raw materials can indeed be positively or negatively influenced by processing whether mild or intense. Processing may affect matrix-associated parameters like density, nutrient interactions, etc. and as such, play an important role for nutrient stability and bioavailability. In addition to attempts to maintain/augment the amounts of health-beneficial compounds within food commodities/products along the primary production and processing chain, opportunities such as concerted actions of the food industry aiming at reducing the levels of certain nutrients (e.g. sugar/salt/fat) can also be explored or applied within the framework of encouraging a balanced dietary pattern.
AB - The field-to-fork concept comprises opportunities for providing consumers with nutritious and health-beneficial food in order to meet the growing interest in health-beneficial foods and to counteract the increase of diet-related diseases worldwide. While raw plant-/animal-based starting material is considered as the primary source of such compounds (see Part I), waste fractions from this primary biomass are additional sources. Opportunities hidden in such fractions are described in the first part of this review Part II. Additionally, specific opportunities further down the field-to-fork system are explored, namely those from processing technologies for plant- and animal-derived foods (e.g. application of heat, pressure, fermentation, etc.). Potential health benefits of raw materials can indeed be positively or negatively influenced by processing whether mild or intense. Processing may affect matrix-associated parameters like density, nutrient interactions, etc. and as such, play an important role for nutrient stability and bioavailability. In addition to attempts to maintain/augment the amounts of health-beneficial compounds within food commodities/products along the primary production and processing chain, opportunities such as concerted actions of the food industry aiming at reducing the levels of certain nutrients (e.g. sugar/salt/fat) can also be explored or applied within the framework of encouraging a balanced dietary pattern.
U2 - https://doi.org/10.1080/87559129.2020.1717518
DO - https://doi.org/10.1080/87559129.2020.1717518
M3 - A1: Web of Science-article
SN - 8755-9129
VL - 37
SP - 573
EP - 600
JO - Food Reviews International
JF - Food Reviews International
IS - 6
ER -