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This investigation evaluates the biocatalytic efficacy of oxidases, more specifically lipoxygenase, on the physicochemical and rheological dynamics of wheat flour matrices. A systematic review of current literature highlights the multifaceted functional advantages of lipoxygenase incorporation across diverse wheat cultivars. Empirically, lipoxygenase significantly modulates dough rheology, concurrently enhancing extensibility, viscoelasticity, deformation resistance, and hydration capacity. Furthermore, we elucida...

This study presents an analysis over the action of carboxyl esterase, enzyme used on dough for pasta and noodles. By using carboxyl esterase polar lipids are formed, acting as emulsifiers and interacting with the gluten as well free unsaturated fatty acids are released, which can be converted by lipoxygenase (contained in flour naturally) resulting in the formation of hydroperoxides, which can act as oxidants and lead to protein strengthening and bleaching (oxidation of pigments). Enyzmatic improvement of pasta an...