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中国精品科技期刊2020
韩璐, 卢小卓, 朱力杰, 王勃, 杨立娜, 刘贺, 何余堂, 马涛. 膨化方式对发芽糙米主要生理活性物质的影响[J]. 食品工业科技, 2018, 39(5): 18-22,29.
引用本文: 韩璐, 卢小卓, 朱力杰, 王勃, 杨立娜, 刘贺, 何余堂, 马涛. 膨化方式对发芽糙米主要生理活性物质的影响[J]. 食品工业科技, 2018, 39(5): 18-22,29.
HAN Lu, LU Xiao-zhuo, ZHU Li-jie, WANG Bo, YANG Li-na, LIU He, HE Yu-tang, MA Tao. Effect of puffing on the main physiological active substances of germinated brown rice[J]. Science and Technology of Food Industry, 2018, 39(5): 18-22,29.
Citation: HAN Lu, LU Xiao-zhuo, ZHU Li-jie, WANG Bo, YANG Li-na, LIU He, HE Yu-tang, MA Tao. Effect of puffing on the main physiological active substances of germinated brown rice[J]. Science and Technology of Food Industry, 2018, 39(5): 18-22,29.

膨化方式对发芽糙米主要生理活性物质的影响

Effect of puffing on the main physiological active substances of germinated brown rice

  • 摘要: 以发芽糙米为原料,比较微波膨化和挤压膨化对发芽糙米色泽、水溶指数、吸水指数及主要生理活性物质的影响。结果表明,微波膨化和挤压膨化均提高了发芽糙米的吸水指数,分别是原料发芽糙米的1.84倍、2.81倍;L*值分别降低了9.29%、4.41%。微波、挤压膨化的γ-氨基丁酸含量分别减少了40.42%和24.49%;植酸降解率为6.98%和14.17%;微波膨化能显著提高发芽糙米中谷维素的含量(p<0.05),是原料的1.44倍,而挤压膨化则降低了谷维素的含量,减少了89.2%。微波膨化处理后,γ-氨基丁酸和植酸虽有损失,但与挤压膨化的损失相差不多,且谷维素含量有所提高,因此,微波膨化能较大限度的保留生理活性物质。

     

    Abstract: The experiment adopted microwave puffing and extrusion puffing to deal with germinated brown rice,and compared the effects of microwave and extrusion puffing on the color,water solubility,water absorption index and main physiological active substances of germinated brown rice. The results showed that the water absorption indexs of germinated brown rice were increased through microwave and extrusion puffing treatment,and was 1.84 and 2.81 times more than raw germinated brown rice,respectively. The L* values were reduced by 9.29% and 4.41%. The γ-aminobutyric acid contents were also reduced by 40.42% and 24.49%. Phytic acid degradation rates were 6.98% and 14.17% respectively.The oryzanol content was significantly increased by microwave puffing(p<0.05),and was 1.44 times more than pre-treatment. But oryzanol content was significantly decreased by extrusion puffing(p<0.05),and reduced by 89.2%. There were some lose of γ-aminobutytic and phytic acid after microwave puffing,but with little difference of extrusion puffing. And the oryzanol content increased by microwave puffing. Therefore,microwave puffing can retain the more physiological active substances of germinated brown rice.

     

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