Bread refreshment-retaining enzyme preparations and application thereof
An enzyme preparation and bread technology, applied in the directions of enzymes, hydrolase, pre-baked dough treatment, etc., can solve the problems of high cost, high addition amount, and no investigation of the impact of compound enzymes on the comprehensive quality of bread, etc. Small amount and the effect of improving the fresh-keeping ability
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Embodiment 1
[0024] Bread preservation enzyme preparation formula: by weight, maltose amylase 5%, fungal α-amylase 1.2%, xylanase 0.8%, lipase 1.6%, starch 91.4%; weigh each component according to this formula, then The bread fresh-keeping enzyme preparation of the present invention can be obtained by adding each raw material component into a mixer and mixing evenly; wherein, the enzyme activity of maltose amylase is 150000U / g, the enzyme activity of fungal α-amylase is 15000U / g, xylan The enzyme activity of the enzyme is 150000U / g, and that of the lipase is 450000U / g.
Embodiment 2
[0026] Bread preservation enzyme formulation: by weight, maltose amylase 10%, fungal α-amylase 0.9%, xylanase 0.6%, lipase 1.4%, starch 87.1%; weigh each component according to the formula, and then The bread fresh-keeping enzyme preparation of the present invention can be obtained by adding each raw material component into a mixer and mixing evenly; wherein, the enzyme activity of maltose amylase is 150000U / g, the enzyme activity of fungal α-amylase is 15000U / g, xylan The enzyme activity of the enzyme is 150000U / g, and that of the lipase is 450000U / g.
Embodiment 3
[0028] Bread preservation enzyme preparation formula: by weight, maltose amylase 15%, fungal α-amylase 0.6%, xylanase 0.4%, lipase 1.2%, starch 82.8%, each component is weighed according to this formula, and then The bread fresh-keeping enzyme preparation of the present invention can be obtained by adding each raw material component into a mixer and mixing evenly; wherein, the enzyme activity of maltose amylase is 150000U / g, the enzyme activity of fungal α-amylase is 15000U / g, xylan The enzyme activity of the enzyme is 150000U / g, and that of the lipase is 450000U / g.
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