Nutrition Today · 2020 · 45 citations · 33 references
AgricultureFood ScienceNutritionFood ProcessingHuman NutritionNutritional PhysiologyDietary ManagementFood IntakeNutrient UtilizationTexture-modified DietsUndernutritionWeight ManagementConsumption Of Ultra-processed FoodsDietary Energy ExcessEnergy DensityEnergy Intake ManagementEnergy Intake ReductionExcess Energy IntakeProcessing Effects On Food CompositionProcessing Effects On Nutrients
Ultraprocessed foods, defined by the NOVA system, are high in energy density, low in volume, easy to eat rapidly, and highly palatable—traits that promote overconsumption and may contribute to obesity, while processing itself is not the sole driver. The study aims to identify which properties of ultraprocessed foods drive excess intake and to explore how processing can be leveraged to produce affordable, nutrient‑rich foods that help consumers manage energy intake.
Recent research suggests that ultraprocessed foods, particularly as defined by the NOVA system, facilitate overconsumption and may contribute to the development of obesity. Questions remain as to what properties of ultraprocessed foods are driving excess intake. Ultraprocessed foods tend to be high in energy density and low in volume, easy to eat rapidly, and highly palatable. Studies indicate that these properties are likely contributors to the overconsumption of ultraprocessed foods, rather than the processing per se. Indeed, processing can be used to modify food properties such as energy density and texture to help reduce overconsumption. For many people, ultraprocessed foods provide accessible and affordable sources of nutrients and energy when unprocessed foods are scarce. Future studies should focus on understanding how processing can be used to create widely available and affordable nutrient-rich foods that can help consumers manage energy intake.
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Ultra-processed foods: what they are and how to identify them
Carlos Augusto Monteiro, Geoffrey Cannon, Renata Bertazzi Levy et al. · Public Health Nutrition · 2019 · 2.7K citations · Full text
Agriculture, Food Science, Nutrition +14