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International Journal of
eISSN: 2577-8269

Family & Community Medicine

Review Article Volume 8 Issue 2

Nutritional quality of bakery products enriched with alternative flours

Paulo Roberto Ramos

Professor at the Collegiate of Social Sciences, Federal University of Vale do São Francisco, Brazil

Correspondence: Paulo Roberto Ramos, Federal University of Vale do São Francisco. Av. José de Sá Maniçoba S/N - Centro, Petrolina – PE – Brazil, Tel +55(87)98837-3330

Received: April 08, 2024 | Published: April 29, 2024

Citation: Ramos PR. Nutritional quality of bakery products enriched with alternative flours. Int J Fam Commun Med. 2024;8(2):49-54. DOI: 10.15406/ijfcm.2024.08.00349

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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.

Keywords: unconventional ingredients, nutritional composition, functional baking, consumer acceptance


Given the increasing demand for natural, nutritious, and alternative products, as well as contemporary scientific advancements, this study proposes an exploration into the nutritional quality of bakery products, particularly those that incorporate alternative flours in their formulation. These flours are derived from less conventional sources, such as unconventional cereals and legumes, which emerge as promising sources of essential nutrients, greatly enriching the resulting food products.

The growing call for bakery products with nutritional and functional aspects incites the search for alternatives to traditional wheat flours. However, the use of alternative flours implies significant transformations, not only in the texture and flavor of the final products but also in their physicochemical properties. In this context, understanding the implications of these substitutions on nutritional quality is an urgent imperative.1

The primary impetus for the conception of this research stems from the need to contribute to a deep understanding of the effects of incorporating alternative flours in the context of bakery products. The underlying interest in the investigation lies in the realization that, despite the enriching potential of these sources, their use results in a series of implications that require clarification. In this sense, contemporary literature offers a substantial corpus of studies that not only corroborate the relevance of the topic but also point to the need for a more detailed analysis.

This article aims, therefore, to establish a critical examination of the effects of incorporating alternative flours on the nutritional composition of bakery products. Specifically, we will analyze the levels of macronutrients, micronutrients, and bioactive compounds present in the resulting products. Furthermore, we aim to contribute to the advancement of academic knowledge in this domain, offering a relevant analysis for the formulation of more nutritious and functional bakery products, in line with the growing demand for healthy and balanced eating in modern times.


The introduction of alternative flours into the baking process represents a significant innovation in the field of food technology and Bromatology. These are essentially less conventional sources of ingredients, often derived from non-traditional cereals and legumes. The use of alternative flours presents a variety of implications, from sensory aspects such as taste, smell, and touch, to the physicochemical characteristics of the final products.

Definition and characteristics of alternative flours

Alternative flours are obtained from plant sources that deviate from the traditional scope of the baking industry. Examples include amaranth flour, derived from a highly nutritious grain, and quinoa flour, recognized for its richness in high biological value proteins. In addition to these, there are also alternative flours from rice, banana, barley, pea, chia, arrowroot, ora-pro-nobis, among others. 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. On the other hand, arrowroot flour, like quinoa flour, is notable for its balanced composition of essential amino acids, besides being an important source of omega-3 and omega-6 fatty acids.3

The incorporation of alternative flours into the formulation of bakery products confers a notable potential for nutritional enrichment. The addition of these sources promotes a significant increase in protein and dietary fiber content in the final products. Moreover, the presence of minerals such as iron and calcium, and B-complex vitamins is intensified, contributing to a richer supply of essential nutrients.4

The academic literature supports these findings, with studies by renowned authors corroborating the growing adherence, gastronomic and economic viability, as well as the nutritional benefits of incorporating alternative flours in baking. As emphasized by Silva et al.,5 the inclusion of non-traditional cereal flours in bread production resulted in a significant improvement in the nutritional profile of the products. Similarly, De Souza and colleagues (2018) highlight the potential for enrichment in proteins and micronutrients when using alternative flours in baking.

Demand for more nutritious bakery products

In the contemporary scenario, there is a clear rise in the demand for bakery products that meet higher nutritional criteria. This paradigm is supported by recent studies indicating a shift in consumer eating habits. The contemporary consumer demonstrates a growing concern for the nutritional quality of the foods they consume, including bakery products.6

The research by Maciel Sarinho et al.,7 points to the relevance of consumer consumption trends and preferences in determining the demand for more nutritious bakery products. The search for less processed ingredients rich in nutrients has emerged as one of the main guiding factors in purchasing behavior, directly influencing the choice of bakery products.

Need for alternatives to conventional wheat flours

The need to seek alternatives to conventional wheat flours arises as a response to the increasing demand for more nutritious and functional bakery products. Studies point to the benefits of diversifying flour sources, such as incorporating flours from non-traditional cereals and legumes, in improving the nutritional profile of the final products (Gomez et al., 2020). This approach represents not only a strategy to meet consumer demands but also an opportunity for the food industry to innovate and add value to its products.

The observations by Diniz et al.8 provide an important contribution to understanding the imperative of seeking alternatives to traditional wheat flours. By diversifying flour sources and incorporating less common ingredients, a horizon of remarkable possibilities opens up in the search for bakery products that are not only more nutritious but also aligned with contemporary consumption trends.

These results resonate as a call to the food industry to adopt a more comprehensive and innovative approach in formulating bakery products. The inclusion of less conventional ingredients, such as flours from non-traditional cereals and legumes, represents a bold step towards a new dietary paradigm where the pursuit of health and well-being harmonizes with the appreciation of taste and texture.

In this regard, the study by Diniz et al.8 not only validates the importance of research in this field but also prompts a deep reflection on the industry's responsibility to provide food options more aligned with the demands of contemporary society. By doing so, it not only meets a latent need but also creates space for innovation and the creation of products that can truly transform the gastronomic experience of the modern consumer.

Impacts of incorporating alternative flours

The incorporation of alternative flours in bakery product production is an innovative strategy that has brought about significant transformations in the sensory and physicochemical attributes of the final products. These changes, when deeply understood, offer valuable insights for formulating more nutritious and appealing products to consumers.

When incorporating alternative flours, a notable alteration in the texture of bakery products is observed. Empirical studies demonstrate that the partial or total substitution of conventional wheat flours with alternatives, such as amaranth or quinoa flour, results in a denser texture and less pronounced moisture migration during the baking process. These textural modifications are crucial for the acceptability of the final product, as they directly influence the consumer's sensory experience.9

In addition to texture changes, the incorporation of alternative flours also implies modifications in the taste and aroma of bakery products. For example, amaranth flour is recognized for its characteristic, slightly earthy and nutty flavor, which can impart a distinct note to the final product. Similarly, quinoa flour presents its own sensory profile, with subtle nutty nuances and herbaceous notes. Understanding these modifications is essential for formulation adjustments aiming to optimize consumer acceptance.10

The substitution of conventional flours with alternatives also triggers variations in the physicochemical properties of the final products. Studies demonstrate that the inclusion of non-traditional cereal flours, such as amaranth and quinoa, results in a significant increase in protein and fiber content, contributing to the improvement of the products' nutritional profile. Additionally, there is a diversification in the profiles of essential amino acids, providing an additional nutritional advantage.

Evaluation of nutritional composition

The assessment of the nutritional composition of bakery products enriched with alternative flours is a fundamental pillar for understanding the impact of these substitutions on the nutritional quality of the final foods. When analyzing the levels of macronutrients in the final products, a distinct nutritional profile is observed compared to conventional products. Studies indicate a substantial increase in protein levels in bakery products enriched with alternative flours, such as amaranth and quinoa flour (Silva et al., 2020). This elevation in protein concentration provides a valuable nutritional attribute to the final products, contributing to the provision of more complete and health-beneficial foods. Below is a table comparing the nutritional components of wheat flour, quinoa flour, and amaranth flour based on scientific data:

Nutritional comparison of the use of farinaceous foods

Source: Author's bibliographical research.

The inclusion of alternative flours also reflects in the composition of micronutrients in the final products. Research demonstrates a significant increase in the presence of essential vitamins and minerals, such as iron, calcium, and B-complex vitamins. These micronutrients play crucial roles in physiological processes of the body, and their availability in enriched bakery products can contribute to improving the nutritional quality of the diet.9 The presence of bioactive compounds in bakery products enriched with alternative flours is a relevant aspect for promoting health. For example, quinoa flour is recognized for its richness in antioxidant compounds, such as flavonoids and ascorbic acid. These compounds play a crucial role in protection against oxidative damage and in promoting optimized cardiovascular health.11

The nutritional values presented are examples and may vary depending on the plant variety, processing method, and cultivation region. From the table provided, it is possible to observe that quinoa and amaranth flours are richer in proteins, fibers, and micronutrients such as iron, zinc, and magnesium than wheat flour. Quinoa and amaranth flours are also richer in bioactive compounds, such as flavonoids and anthocyanins, which have antioxidant and anti-inflammatory properties.12

Scientific literature corroborates the above findings, providing solid evidence of the nutritional benefits of incorporating alternative flours in baking. As emphasized by Randolpho et al.,13 fortifying bakery products with alternative flours represents an effective strategy to enrich the diet with essential nutrients. Similarly, Silva et al.5 highlight the antioxidant potential of alternative flours and their role in promoting healthier eating. The introduction of alternative flours in the production of bakery products represents an innovative and promising approach to enriching the nutritional profile of these foods. Contemporary studies have confirmed the potential of these less conventional sources, such as amaranth and quinoa flour, to significantly increase protein, dietary fiber, and mineral levels in the final products.14

The incorporation of alternative flours promotes a notable increase in the protein quality of bakery products. The addition of legume flour, for example, contributes to the diversification of essential amino acid profiles, providing a substantial advantage from a nutritional perspective. Furthermore, the presence of dietary fibers is intensified, resulting in healthier and more functional products.15

Variations in sensory and textural characteristics

However, it is imperative to recognize that the inclusion of alternative flours is not without repercussions on the sensory and textural characteristics of the final products. Studies indicate that the texture tends to be denser, and moisture migration during the baking process may be reduced. Additionally, flavor nuances from alternative flours may impart a distinct sensory profile to the products, requiring formulation adjustments to meet consumer preferences.12

Updated literature confirms these findings, with authors such as Dias9 highlighting the importance of including alternative flours in the quest for more nutritious bakery products. Similarly, Diniz et al.8 emphasize the need to consider the implications on sensory and textural characteristics when formulating products enriched with these less conventional sources.

Despite significant advancements in understanding the effects of incorporating alternative flours into the nutritional composition and characteristics of baked goods, it is important to acknowledge some limitations. Most available studies focus on a limited set of alternative flours, leaving room for more comprehensive investigations involving a wider range of less conventional ingredients. Additionally, evaluating the sensory impact on a diverse sample of consumers can provide valuable insights into the acceptance and preference of the final product.16

Furthermore, it is imperative to highlight the complex interaction among various components in the formulation of baked goods enriched with alternative flours. This synergy between ingredients plays a crucial role in the final outcome. Deeply understanding how these elements interplay and influence each other is a path to even more effective formulations, resulting in products of exemplary nutritional and sensory quality. Research in this area promises to unveil valuable insights for the food industry, providing significant innovations.

Moreover, the relevance of longitudinal studies in this research area should be emphasized. Observing the long-term effects of consuming baked goods enriched with alternative flours can offer a more comprehensive and holistic view. Through this approach, it becomes possible not only to understand the immediate impact but also to anticipate trends and dietary behaviors over time, providing crucial information for decision-making in the food industry and public health policies.

Given the current limitations, it is evident that the field of baking enriched with alternative flours continues to offer vast opportunities for future research. The terrain is fertile and promising, awaiting discoveries that will drive innovation in the food industry. Future investigations have the potential to significantly broaden our understanding of the nutritional and sensory benefits of these products. In doing so, they will substantially contribute to formulating healthier and more appealing foods, aligning with the growing demands and expectations of the modern consumer.

Unlocking the breadbasket: embracing the diversity of grain-based breads

Bread, often referred to as the "staff of life," has been a staple food across cultures for centuries. Traditionally, wheat has been the primary grain used in bread making, dominating bakery shelves and kitchen tables worldwide. However, as our understanding of nutrition evolves and dietary preferences diversify, the quest for alternative grain-based breads gains momentum.

In today's health-conscious society, there's a growing realization that relying solely on wheat for bread production may not suffice to meet the nutritional needs of a diverse population. While wheat undoubtedly boasts a long-standing tradition and familiarity, its dominance in the bread market has overshadowed the nutritional potential of other grains.

Enter a new era of bread making—one characterized by exploration and innovation. From ancient grains like spelt, kamut, and teff to lesser-known varieties such as sorghum, millet, and buckwheat, the world of alternative grains beckons with promises of unique flavors, textures, and nutritional benefits.

One of the most compelling arguments for embracing alternative grain-based breads lies in their nutritional superiority. Unlike wheat, which can sometimes fall short in certain essential nutrients, these alternative grains often boast higher levels of protein, fiber, vitamins, and minerals. For individuals with gluten sensitivities or celiac disease, options like quinoa, amaranth, and rice flour offer a welcome reprieve, providing a safe and nutritious alternative.17

Beyond their nutritional prowess, alternative grains inspire culinary creativity and gastronomic exploration. Each grain brings its own unique flavor profile and texture to the table, offering endless possibilities for artisanal bread making. Imagine the nutty richness of spelt, the delicate sweetness of millet, or the earthy depth of buckwheat—all waiting to be transformed into loaves of artisan bread that delight the senses and nourish the body.

In a world where dietary preferences vary widely, embracing the diversity of grain-based breads is not just a matter of culinary innovation but also of inclusivity. By offering a wide array of bread options, bakeries and food manufacturers can cater to the dietary needs and preferences of a diverse society, ensuring that everyone has access to delicious and nutritious bread choices.

The time has come to embrace the diversity of grain-based breads and embark on a bread revolution. By expanding our culinary horizons beyond wheat and embracing alternative grains, we can unlock a world of flavor, nutrition, and culinary creativity. Whether you're a baker, a food enthusiast, or simply someone who enjoys a good loaf of bread, let's come together to celebrate the rich tapestry of grain-based breads that nourish our bodies and delight our taste buds.18

Analyzing the potential of using other seeds for bread production

In the vast landscape of bakery products, there's a quiet revolution brewing—one that promises to transform the way we think about bread and its kin. At the heart of this culinary evolution lie two humble yet mighty ingredients: rye and chickpea flour. Together, they form the foundation for a new wave of bakery delights, offering a tantalizing blend of flavor, nutrition, and versatility.

Rye flour, with its rich, earthy taste and dense texture, has long been a staple in European baking traditions. From hearty loaves of German pumpernickel to delicate Swedish crispbread, rye brings depth and character to every bite. Meanwhile, chickpea flour, derived from the humble legume, offers a nutty flavor and creamy consistency that pairs beautifully with a wide range of ingredients.

But beyond their culinary appeal, rye and chickpea flour boast impressive nutritional profiles that set them apart from traditional wheat flour. Rye is packed with fiber, vitamins, and minerals, while chickpea flour is a powerhouse of plant-based protein and essential nutrients. Together, they form a nutritional powerhouse that can elevate the health benefits of any bakery product (Teranova et al, 2021).

The beauty of rye and chickpea flour lies in their versatility. While they shine in traditional bread recipes, they can also be used to create a wide range of bakery products, from fluffy pancakes and savory scones to decadent cakes and crispy crackers. Their unique flavors and textures add depth and complexity to any dish, making them a favorite among chefs and home bakers alike.

In today's diverse culinary landscape, accommodating dietary needs and preferences is paramount. Rye and chickpea flour offer a gluten-free alternative for those with sensitivities or intolerances, providing a delicious solution for individuals seeking to avoid wheat-based products. Additionally, their nutritional benefits make them a smart choice for anyone looking to add more healthful ingredients to their diet.

Beyond their culinary virtues, rye and chickpea flour also champion sustainability. Both grains are hardy crops that require less water and fertilizer than wheat, making them environmentally friendly choices for conscientious consumers. By incorporating these grains into bakery products, we can support sustainable agricultural practices while savoring the delicious results.

In the bustling realm of bakery delights, a silent revolution is underway—one that beckons us to rediscover the age-old grains of multiseeds and biologically cultivated spelt. These unsung heroes of the culinary world hold within them the promise of a new era in bread and pastry making, offering a harmonious blend of wholesome nutrition and irresistible flavor.

Multiseeds flour, a medley of seeds like sunflower, flaxseed, and pumpkin, intricately woven together, infuses bakery creations with a tapestry of flavors and textures. Its nutty, earthy notes add depth to every bite, while its abundance of vitamins, minerals, and healthy fats nourishes both body and soul. Similarly, biologically cultivated spelt flour, derived from an ancient grain with a rich history, brings a delicate nuttiness and airy texture to baked goods, along with a wealth of nutrients like protein, fiber, and B vitamins.19

Nutritional comparison of the use of farinaceous foods

Source: Author's bibliographical research.

What sets multiseeds and biologically cultivated spelt flour apart is their remarkable versatility. While they shine in traditional bread recipes, they also lend themselves beautifully to a myriad of bakery delights. From crusty loaves and artisan rolls to decadent cakes and wholesome muffins, these flours are the canvas upon which bakers can unleash their creativity, crafting an array of treats to delight the senses and nourish the body.20

In today's health-conscious world, the demand for nutritious, sustainable food options is greater than ever. Multiseeds and biologically cultivated spelt flour rise to the occasion, offering a solution that satisfies both palate and conscience. Their wholesome ingredients and environmentally friendly cultivation methods make them a smart choice for those seeking to make more mindful decisions about their food consumption, while their delicious flavor ensures that taste is never sacrificed for health.

As we embark on this journey into the world of multiseeds and biologically cultivated spelt flour, let us embrace the boundless possibilities that lie ahead. By incorporating these ancient grains into our bakery creations, we not only honor the rich culinary heritage of our ancestors but also pave the way for a more sustainable, nutritious future. Whether we're savoring a slice of multiseeds bread or indulging in a spelt flour pastry, we're not just nourishing our bodies—we're nourishing our connection to the earth and to each other.

The use of multiseeds and biologically cultivated spelt flour in bakery products represents a celebration of flavor, nutrition, and sustainability. As we continue to explore the vast potential of these ancient grains, let us do so with open hearts and open minds, embracing the opportunity to create a brighter, more delicious future for generations to come.21

The exploration of alternative flours like rye, chickpea, multiseeds, organic spelled, germinated chickpea kernels, and even traditional wheat unveils a world of culinary possibilities brimming with flavor, nutrition, and sustainability. By embracing these diverse ingredients, we not only enrich our culinary experiences but also pave the way for a healthier, more environmentally conscious future.

In the ever-evolving landscape of food and nutrition, these alternative flours stand as beacons of innovation, inviting us to reimagine our approach to baking and embrace a more diverse, inclusive culinary ethos. So, as we part ways, let us continue to explore, experiment, and celebrate the rich tapestry of flavors and textures that these flours offer, knowing that each bite is a step towards a more vibrant, sustainable future.22–24


In unfolding this in-depth analysis of the effects of incorporating alternative flours into the production of baked goods, a clear and enlightening picture emerges. The research findings consistently corroborate the potential of these less conventional sources in enriching the nutritional profile of the final products. The introduction of flours such as amaranth and quinoa proved particularly striking, boosting protein, fiber, and mineral levels. This nutritional enhancement is a crucial piece in the puzzle of seeking healthier and functionally rich foods. However, we cannot underestimate the sensory and textural changes inherent in these substitutions. The density and moisture migration during baking, as well as the distinct flavor nuances, present challenges to be carefully considered in formulating enriched baked goods. Thus, with this study, we have achieved a deeper understanding of the multifaceted effects of incorporating alternative flours. Each sensory nuance, each alteration in nutritional composition, serves as a vivid reminder of the intrinsic complexity of food science. The practical implications of this study are vast and promising. When formulating baked goods, industry professionals now have a range of options to enrich the nutritional value without irreparably compromising essential sensory characteristics. As we conclude this research, we are faced with a promising panorama, a step forward in the mission to promote healthier and balanced eating through enriched baking. However, it is evident that the path to innovation does not end here. The doors remain open for even deeper and more insightful investigation in this dynamic and challenging field.



Conflicts of interest

The author declares there is no conflict of interest.


  1. ASBRAN. Associação Brasileira de Nutrição. Guia para uma alimentação saudável em tempos de Covid-19. São Paulo: ASBRAN. 2020.
  2. Alves DT, Nascimento MH da S, Martins EMF. 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. Brazilian Journal of Development. 2021;7(2):12633–12646.
  3. Fideles MC. Modificação física de farinha de araruta para aplicação em massa alimentícia enriquecida com coprodutos agroindustriais. [Master’s thesis, Universidade Federal de Goiás]. 2018.
  4. Gaiguer L, Toledo E. Detecção e quantificação de glúten em pães rotulados como livres de glúten. Revista Terra & Cultura: Cadernos de Ensino e Pesquisa. 2020;36(70):117–131.
  5. Silva KGS da, Melo KC, Santos MEL de C, et al. Functional properties of babassu coconut mesocarp flour: a nutritional alternative against Covid-19. Research, Society and Development. 2021;10(2):e58010212851.
  6. Lolata JP. Desenvolvimento e avaliação de pão elaborado com fermento natural adicionado de farinha integral e farinha de ervilha. [Bachelor's thesis, Universidade Tecnológica Federal do Paraná]. 2022.
  7. Maciel Sarinho AM, Cavalcanti M da S, Macêdo de Oliveira I. Aproveitamento Integral dos Alimentos: Sustentabilidade e Utilização de Farinhas Modificadas. RECIMA21 - Revista Científica Multidisciplinar. 2021;2(10):e210763.
  8. Diniz RC, Tavella A, Barros JR de, et al. Um estudo sobre diferentes farinhas sem glúten e possíveis aplicações. Revista Científica SENAI-SP - Educação, Tecnologia E Inovação. 2023;2(1):121–136.
  9. Dias TGG. Abordagem dos aspectos tecnológicos, nutricionais e de consumo em produtos de panificação adicionados de farinhas de frutos da região amazônica e de Plantas Alimentícias Não Convencionais (PANC). [Bachelor's thesis, Fundação Universidade Federal de Rondônia]. 2021.
  10. Estanech AF da C, da Cunha Júnior PC, Teles ASC, et al. Desafios e estratégias da aplicação de farinhas fermentadas na fortificação de massas alimentícias: uma revisão. Observatório de la Economía Latinoamericana. 2023;21(7):6386–6401.
  11. Magalhães BEA de. Estratégias analíticas para determinação do teor de bioativos fenólicos em farinhas integrais e suas potenciais atividades antioxidante e antibacteriana. [Doctoral dissertation, Universidade Federal da Bahia]. 2022.
  12. Meneses ISB, Feitosa BR, Dias LS de C, et al. Análise físico-química e sensorial de pães enriquecidos com diferentes proporções de farinha de soja (Glycine max) / Chemical-physical and sensory analysis of breads enriched with different proportions of soybean flour (Glycine max). Brazilian Journal of Development. 2020;6(11):87049–87060.
  13. Randolpho GA, Do Amaral LA, Arelhano LE, et al. Resíduos de frutas transformados em novos produtos alimentícios: uma revisão sistemática. Multitemas. 2021;25(61):297–311.
  14. Amaral TBP. Aproveitamento de resíduos do processamento de produtos de origem vegetal e animal [Bachelor's thesis, Universidade Federal de Uberlândia]. 2023.
  15. Sousa AA dos S. Desenvolvimento de um pão tipo bisnaguinha fonte de cálcio para crianças. [Bachelor's thesis, Escola Técnica Estadual ETEC de Sapopemba]. 2021.
  16. Oliveira IM de, Melo F dos SN de, Sousa MM de, et al. Use of alternative flours in bakery products: a literary review. Research, Society and Development. 2020;9(9):e441996228.
  17. Sereti Vasileia, Athina Lazaridou, Costas G Biliaderis, et al. Reinvigorating Modern Breadmaking Based on Ancient Practices and Plant Ingredients, with Implementation of a Physicochemical Approach.  Foods. 2021;10(4):789.
  18. Monteiro JS, Farage P, Zandonadi RP, et al. A Systematic Review on Gluten-Free Bread Formulations Using Specific Volume as a Quality Indicator. Foods (Basel, Switzerland). 2021;10(3):614.
  19. Minervini D, Rizzello CG, Di Cagno R.  Influence of durum wheat and multi-seed flours on technological and sensory properties of gluten-free bread.  Journal of Food Science and Technology. 2020;57(12):5223–5234.
  20. Arendt EK, Gaines CS.  Cereal grains for the food and beverage industries (2nd edn.). 2020.
  21. Shang J, Xie S, Yang S, et al. Steamed Multigrain Bread Prepared from Dough Fermented with Lactic Acid Bacteria and Its Effect on Type 2 Diabetes. Foods (Basel, Switzerland). 2023;12(12):2319.
  22. Moraes E de M, Silva LH da. Wheat flour substitutes in the preparation of gluten-free bakery products - a review. Research, Society and Development. 2023;12(3):e3512328931.
  23. Moraes E de M. Inovações e tendências em produtos de panificação sem glúten. [Bachelor's thesis, Universidade Federal do Pampa]. 2022.
  24. Taranova ES. Use of chickpea flour in food production. IOP Conf Ser.: Earth Environ Sci. 2021;845:012120.
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