Prospects of Using Low-Pentosan Grain Fodder Rye for Baking Purposes
V. D. Kobylyansky, L.I. Kuznetsova, О. В. Солодухина, N. S. Lavrentyeva, M. Timina
Abstract
V. D. Kobylyansky, L.I. Kuznetsova, О. В. Солодухина, N. S. Lavrentyeva, M. Timina
Abstract
Abstract The possibility of using low-pentosan grain fodder rye in the baking industry was determined. Baking properties of grain of new grain fodder rye cultivars Bereginya, Novaya Era, Vavilovskaya, Yantarnaya, Krasnoyarskaya Universalnaya, and Podarok with a low content (0.5–0.8%) of water-soluble pentosans in comparison with baking high-pentosan (1.7–2%) cultivars Ilmen and Era were studied. The results of laboratory baking indicate that sourdough and dough made from flour of the grain fodder low-pentosan rye have similar values of acidity and lifting force compared to the control baking cultivar Ilmen. The form-stability of the bread baked from flour of the standard baking rye cultivar Era and the grain fodder cultivar Novaya Era was the same, 0.36.
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Abstract The possibility of using low-pentosan grain fodder rye in the baking industry was determined. Baking properties of grain of new grain fodder rye cultivars Bereginya, Novaya Era, Vavilovskaya, Yantarnaya, Krasnoyarskaya Universalnaya, and Podarok with a low content (0.5–0.8%) of water-soluble pentosans in comparison with baking high-pentosan (1.7–2%) cultivars Ilmen and Era were studied. The results of laboratory baking indicate that sourdough and dough made from flour of the grain fodder low-pentosan rye have similar values of acidity and lifting force compared to the control baking cultivar Ilmen. The form-stability of the bread baked from flour of the standard baking rye cultivar Era and the grain fodder cultivar Novaya Era was the same, 0.36.
Key concepts: Fodder, Cultivar, Whole grains, Agronomy, Plant biochemistry, Biology, Mathematics, Food science