Abstract

Amaranth is a promising raw material for enriching foods with protein, minerals, vitamins, dietary fibre, squalene, and other nutrients. However, its varieties differ significantly in composition and properties. The research included two stages. At first, we studied the composition of eight amaranth varieties grown in a collection nursery of Voronezh State Agrarian University. Their composition was a factor that determined their functional use as an enriching ingredient. We found that amaranth grain of the Universal variety could be best used to increase the biological value of foods, whereas the Universal and Valentina varieties could be recommended as multifunctional ingredients. The addition of enriching ingredients into foods, including breads, often leads to changes in their traditional consumer properties. Therefore, our next step was to study changes in the composition of Universal amaranth during extrusion using IR spectroscopy. Also, we assessed the effect of amaranth extrudate on the baking properties of model wheat flour and extrudate mixtures as the main factor of the product’s consumer properties. The results showed a redistribution of moisture between flour gluten proteins and extrudate dietary fibre. We also established amounts of amaranth extrudate needed to ensure the preservation of crumb appearance and structure close to the traditional ones.

Highlights

  • Improving people’s diet involves enriching foods with a variety of essential nutrients

  • We found that amaranth grain of the Universal variety could be best used to increase the biological value of foods, whereas the Universal and Valentina varieties could be recommended as multifunctional ingredients

  • The results showed a redistribution of moisture between flour gluten proteins and extrudate dietary fibre

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Summary

Introduction

Improving people’s diet involves enriching foods with a variety of essential nutrients. The composition of amaranth grain and leaf mass was determined at the All-Russian Research Veterinary Institute of Pathology, Pharmacology and Therapy according to the following state standards: – moisture: State Standard 13586.5-2015I; – protein: State Standard 10846-91II; – fat: State Standard 29033-91III; – cellulose: State Standard 31675-2012IV; – total sugar (mono- and disaccharides): State Standard 15113.6-77V; – ash: State Standard 27494-2016VI; – phosphorus: State Standard 26657-97VII; – calcium: State Standard 26570-95VIII; I State Standard 13586.5-2015. Amaranth leaves had a much lower content of iron, copper, zinc, and manganese.

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