Publication | Closed Access
Oxido‐Reductases and Lipases as Dough‐Bleaching Agents
49
Citations
11
References
1998
Year
Food ChemistryBenzoyl PeroxideBiosynthesisEngineeringOxysterolBiochemistryDough‐bleaching AgentsBread DoughFood AnalysisLipid PeroxidationBiotechnologyDegradation ReactionMedicineLinoleic AcidRedox BiologyFood TechnologyOxidative Stress
ABSTRACT To replace benzoyl peroxide as a bread dough‐bleaching agent, pure and commercial oxido‐reductases (peroxidases, catalases, glucose oxidases, lipoxygenase, and laccase) were screened based on degradation of β‐carotene in a liquid system (5 μg of β‐carotene/mL of 0.1 M citrate phosphate buffer at pH 5.5 or 6.5) or dough. Peroxidases had the best bleaching activity; some catalases also showed bleaching potential in a liquid system but not in bread dough, suggesting that screening enzymes in liquid media has limited application for dough. In 100 g of flour, combinations of peroxidase (3,000 U), lipase (815–1,630 U), and linoleic acid (0–300 mg) completely bleached bread dough.
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