Pães Enriquecidos Com Ora-Pro-Nóbis: Elaboração E Avaliação Físico-Química, Microbiológica E Sensorial/ Bread Enriched With Ora-Pro-Nobis: Elaboration and Physicochemical, Microbiological and Sensorial Evaluation
Abstract:Brazilian eating habits have been redefined since the emergence of the food industry and marked by the excessive consumption of processed foods in detriment to "in natura" products, resulting in an imbalance in the supply of nutrients and an increase in energy consumption. As a counterpart to this scenario, the "Slow Food" movement has been gaining strength around the world for combining pleasure and regionality in the eating habit. In this sense, the use of unconventional food plants (PANCs) in the developmen… Show more
“…Such flours have particular characteristics, such as the presence of essential amino acids and bioactive compounds, giving them a differentiated nutritional profile from traditionally used wheat flours. 2 For instance, amaranth flour is rich in proteins, particularly notable for the presence of the amino acids lysine and methionine in significant quantities. Additionally, it is an excellent source of dietary fiber, B-complex vitamins, and essential minerals such as iron, calcium, and magnesium.…”
Section: Definition and Characteristics Of Alternative Floursmentioning
This study assesses the nutritional quality of bakery products with the addition of alternative flours, derived from unconventional cereals or legumes, which have the potential to enrich products with essential nutrients. The growing demand for more nutritious bakery products has driven the search for alternatives to traditional wheat flours. However, including these flours can affect the taste, texture, and physicochemical characteristics of the final products, making it crucial to understand the impact of these substitutions on the nutritional quality of bakery products. The main objective is to evaluate the influence of incorporating alternative flours on the nutritional composition of the products. To achieve this, we conducted a comprehensive literature review using renowned scientific databases such as PubMed, Scopus, and Web of Science. The selection of articles prioritized recent studies (last five years) and controlled experiments that evaluated the nutritional quality of bakery products enriched with alternative flours. The results indicated that the inclusion of alternative flours, such as amaranth and quinoa, resulted in a significant increase in protein, fiber, and mineral content in bakery products. There was also a diversification in the profiles of essential amino acids, contributing to the improvement of the protein quality of the final products. However, variations in sensory and textural characteristics were observed, suggesting the need for adjustments in formulations to optimize consumer acceptance. These findings offer valuable insights for the formulation of more nutritious and functional bakery products, promoting healthier and balanced eating.
“…Such flours have particular characteristics, such as the presence of essential amino acids and bioactive compounds, giving them a differentiated nutritional profile from traditionally used wheat flours. 2 For instance, amaranth flour is rich in proteins, particularly notable for the presence of the amino acids lysine and methionine in significant quantities. Additionally, it is an excellent source of dietary fiber, B-complex vitamins, and essential minerals such as iron, calcium, and magnesium.…”
Section: Definition and Characteristics Of Alternative Floursmentioning
This study assesses the nutritional quality of bakery products with the addition of alternative flours, derived from unconventional cereals or legumes, which have the potential to enrich products with essential nutrients. The growing demand for more nutritious bakery products has driven the search for alternatives to traditional wheat flours. However, including these flours can affect the taste, texture, and physicochemical characteristics of the final products, making it crucial to understand the impact of these substitutions on the nutritional quality of bakery products. The main objective is to evaluate the influence of incorporating alternative flours on the nutritional composition of the products. To achieve this, we conducted a comprehensive literature review using renowned scientific databases such as PubMed, Scopus, and Web of Science. The selection of articles prioritized recent studies (last five years) and controlled experiments that evaluated the nutritional quality of bakery products enriched with alternative flours. The results indicated that the inclusion of alternative flours, such as amaranth and quinoa, resulted in a significant increase in protein, fiber, and mineral content in bakery products. There was also a diversification in the profiles of essential amino acids, contributing to the improvement of the protein quality of the final products. However, variations in sensory and textural characteristics were observed, suggesting the need for adjustments in formulations to optimize consumer acceptance. These findings offer valuable insights for the formulation of more nutritious and functional bakery products, promoting healthier and balanced eating.
“…Na literatura científica ainda são poucos os estudos que tratam da adição de ora-pro-nóbis em produtos de panificação, mas, de modo geral, têm relatado incremento de nutrientes como proteínas, fibras e minerais (Martinevski et al, 2013;Rover et al, 2013;Santos & Menegassi, 2021); alterações nas características físicas (Ramos & Queiroz, 2018); e boa aceitação sensorial (Manetta et al, 2023;Martinevski et al, 2013;Alves, et al, 2021). A ora-pro-nóbis também se destaca pelo elevado conteúdo de compostos fenólicos e alta capacidade antioxidante (Ciríaco et al, 2023;Sommer et al, 2022;Vargas, 2017).…”
A Pereskia aculeata, popularmente conhecida como ora-pro-nóbis, é uma planta que pode ser incorporada de diversas formas na culinária e na alimentação saudável. O trabalho se propôs a elaborar pães de forma com substituição parcial da farinha de trigo por ora-pro-nóbis, avaliando características físico-químicas nos produtos obtidos. O pão padrão teve farinha de trigo, sal, açúcar cristal, margarina, fermento biológico, ovo e água como ingredientes. Nos demais, 2,5; 5 e 10% da farinha de trigo foi substituída por uma farinha elaborada a partir das folhas de ora-pro-nóbis. Dos atributos de cor, destacam-se os menores valores de luminosidade e no atributo a* avaliados na crosta e no miolo dos pães. Os pães não diferiram significativamente quanto ao peso, mas as formulações com maiores quantidades da farinha de ora-pro-nóbis apresentaram menor volume, o que também acarretou em maior densidade e menor volume específico dos produtos. A adição da farinha de ora-pro-nóbis proporcionou incremento nos teores de cinzas, proteína e fibra alimentar, em detrimento dos teores de carboidratos digeríveis e valor calórico das formulações de pães, além de conferir maiores teores de compostos fenólicos e capacidade antioxidante aos pães. Conclui-se que a adição da farinha de ora-pro-nóbis na formulação de pão de fôrma provoca alterações tanto na cor quanto no volume em comparação com uma formulação padrão. No entanto, mesmo em concentrações de até 10%, a adição da farinha de ora-pro-nóbis resulta em um pão de boa aparência, com características tecnológicas adequadas, enriquecido de minerais, proteínas e fibras, e de elevada capacidade antioxidante.
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