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Study of α-Amylase Degradation Activity of Potato Starch in Noncrystalline Granular State under Different Conditions

Liang Yong

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Abstract

Using polarized light microscope analytical method,it was found that α-amylase at medium temperature has strong ability to degrade noncrystalline starch.Applying only a little enzymes to noncrystalline starch caused distinct change on the surface of granules.Beginning from the blowout poles of starch granules,starch granules were degraded deeply by α-amylase along the blowout poles to completion.Different duration time,amylase amount and temperature had some effects on α-amylase degradation activity.Degradation can be speeded by higher temperature,and increasing amount of α-amylase had the same effect.Prolonged time could make noncrystalline potato starch degrade,but the change was slow.

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What this paper is about

Using polarized light microscope analytical method,it was found that α-amylase at medium temperature has strong ability to degrade noncrystalline starch.Applying only a little enzymes to noncrystalline starch caused distinct change on the surface of granules.Beginning from the blowout poles of starch granules,starch granules were degraded deeply by α-amylase along the blowout poles to completion.Different duration time,amylase amount and temperature had some effects on α-amylase degradation activity.Degradation can be speeded by higher temperature,and increasing amount of α-amylase had the same effect.Prolonged time could make noncrystalline potato starch degrade,but the change was slow.

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Available abstract

Using polarized light microscope analytical method,it was found that α-amylase at medium temperature has strong ability to degrade noncrystalline starch.Applying only a little enzymes to noncrystalline starch caused distinct change on the surface of granules.Beginning from the blowout poles of starch granules,starch granules were degraded deeply by α-amylase along the blowout poles to completion.Different duration time,amylase amount and temperature had some effects on α-amylase degradation activity.Degradation can be speeded by higher temperature,and increasing amount of α-amylase had the same effect.Prolonged time could make noncrystalline potato starch degrade,but the change was slow.

Key concepts: Starch, Amylase, Degradation (telecommunications), Chemistry, Chemical engineering, Food science, Enzyme, Materials science

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