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中国精品科技期刊2020
曾希珂, 张喻, 罗凤莲, 王燕. 不同减菌预处理技术对辣椒品质影响的对比[J]. 食品工业科技, 2018, 39(4): 274-279.
引用本文: 曾希珂, 张喻, 罗凤莲, 王燕. 不同减菌预处理技术对辣椒品质影响的对比[J]. 食品工业科技, 2018, 39(4): 274-279.
ZENG Xi-ke, ZHANG Yu, LUO Feng-lian, WANG Yan. Comparative effects of different sterilization pretreatment on pepper quality[J]. Science and Technology of Food Industry, 2018, 39(4): 274-279.
Citation: ZENG Xi-ke, ZHANG Yu, LUO Feng-lian, WANG Yan. Comparative effects of different sterilization pretreatment on pepper quality[J]. Science and Technology of Food Industry, 2018, 39(4): 274-279.

不同减菌预处理技术对辣椒品质影响的对比

Comparative effects of different sterilization pretreatment on pepper quality

  • 摘要: 为了探讨不同减菌预处理技术对辣椒品质的影响,本研究采用臭氧杀菌、紫外线照射和短时热烫对辣椒进行减菌化预处理,然后进行低温贮藏。考察了3种处理方式对辣椒减菌率、失水率、色差值以及贮藏过程中还原糖、维生素C含量和色差值的影响。结果表明:3种处理方式均能明显减少辣椒表面的菌落总数,当臭氧浓度为10 mg/m3处理2 min时,减菌效果最佳,且失水率和色差值均低于紫外线照射和短时热烫处理。在低温贮藏过程中,臭氧处理能有效延缓辣椒还原糖和维生素C含量的下降并且较好地保持辣椒的色泽。综合分析得出10 mg/m3的臭氧处理2 min为最佳减菌方法,可以有效降低辣椒表面菌落总数,较好地保持原料辣椒品质。

     

    Abstract: In order to discuss the effect of different sterilization pretreatment techniques on the quality of pepper,pretreatment methods of ozone,UV irradiation and short-time blanching to reduce pepper bacteria were carried out in this paper. Then the pepper was kept in cold storage. The effects of different treatments on microbe-reducing ratios,water loss rate and color values,and content of reducing sugar,vitamin C and color values in storage of fresh pepper were studied. The results showed that all the three treatments could reduce the total number of colonies on the surface of pepper significantly. When the ozone concentration was 10 mg/m3 and the processing time was 2 min,the effect of anti-bacteria was best,and the rate of water loss and color difference values were lower than the UV irradiation and short-time blanching treatment. During the cold storage,the ozone treatment could reduce the content of reducing sugar and vitamin C,and keep better color of pepper. Comprehensive analysis showed that the treatment of 10 mg/m3 ozone concentration with 2 min was the best sterilization treatment. This could reduce the total number of colonies on the surface of pepper effectively,and maintain the better quality of pepper material.

     

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