Abstract

The characteristics of flours and doughs prepared from wheat grains containing purple pericarp (variety PS Karkulka and Jumiko) and wheat grain containing blue aleurone (variety Skorpion) were tested and compared with commercial wheat to evaluate the applicability of colored wheat in bread making. The fine flours prepared from colored wheat grains significantly differed in the activity of the amylase enzyme, expressed as Hagberg falling number. Zeleny sedimentation volume of flour prepared from grains of the PS Karkulka variety (36 mL) was significantly higher than the values of AF Jumiko and Skropion (34 mL) varieties. The results of uniaxial deformation test indicated that doughs prepared from wheat varieties PS Karkulka and Skropion can be elongated; the dough is, however, weak and can be expected to rupture more easily than dough prepared from variety AF Jumiko, as well as commercial flour. Even if some variations in the values of farinographic dough development time and stability were also observed, clear differences in the behavior of doughs prepared from colored and commercial flours were not found. The differences in dough behavior during heating test were also negligible. It can be concluded that none of the tested colored wheat grains exhibited characteristics completely different from the others or the commercial one. The results may indicate the applicability of all tested colored wheat grains in yeast-leavened bread production.

Highlights

  • Wheat is grown on more land than any other commercial crop and continues to be the most important food grain source for humans

  • The characteristics of flours and doughs prepared from wheat grains containing purple pericarp and wheat grain containing blue aleurone were tested and compared with commercial wheat to evaluate the applicability of colored wheat in bread making

  • This higher value of sedimentation volume can be explained by better swelling and flocculating properties of the insoluble proteins associated with good bread making characteristics (Kurt and Evers, 2017)

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Summary

Introduction

Wheat is grown on more land than any other commercial crop and continues to be the most important food grain source for humans. Wheat grain may be a good source of phytochemicals, compounds with health-promoting effects. When taken regularly and in adequate amounts, these molecules can have long-term benefits on human health through reducing the likeliness of obesity, diabetes, and cancer and degenerative diseases, such as cardiovascular disease (Borrelli and Trono, 2016). Some of these phytochemicals significantly influence grain color. Phlobaphenes present mainly in the outer layer are responsible for a reddish color (Lachman et al, 2018)

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