Improvement of Flour Quality through Carbohydrases Treatment during Wheat Tempering

Улучшение качества муки путем обработки карбогидразами при кондиционировании пшеницы
Mónica Haros, Cristina M. Rosell, Carmen Benedito
2002-06-01

bread qualitycarbohydrase treatmentcellulasewheat temperingxylanase
Wheat flour is obtained by the milling process, which includes several steps such as cleaning, tempering, and milling. In the tempering the moisture content of wheat grains is increased to 15.5% by adding an adequate amount of water. The addition of different enzymes (cellulase, xylanase, and beta-glucanase) to the tempering solution has been tested in order to modify the quality of the resulting flour. Rheological and fermentative properties were measured by the farinograph, amylograph, and rheofermentometer. The data show that the technological parameters of the resulting flours were greatly modified by the addition of enzymes to the tempering solution. The quality of the fresh bread obtained from the carbohydrase-treated wheat was improved with regard to specific bread volume, bread shape, and crumb firmness. This method is revealed as an excellent tool to ensure a good distribution of the enzymes in the resulting flour, to control dosage during milling, and to obtain flour of specific characteristics according to their final use.
1
Adding cellulase, xylanase, or beta-glucanase to the wheat tempering solution substantially modified the technological properties of the resulting flour.
2
Applying enzymes during tempering enables more uniform enzyme distribution, dosage control during milling, and production of flours tailored to specific end uses.
3
Carbohydrase-treated wheat produced fresh bread with improved specific volume, bread shape, and crumb firmness.
4
Enzyme treatment altered flour rheological and fermentative behavior as measured by farinograph, amylograph, and rheofermentometer analyses.

Wheat grains and the resulting flour subjected to carbohydrase treatment during tempering

Effects of cellulase, xylanase, and beta-glucanase addition during tempering on flour rheological and fermentative properties and fresh-bread quality

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2002-06-01
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Authors
Mónica Haros
Cristina M. Rosell
Carmen Benedito
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