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CHEMICAL AND MICROBIAL QUALITY OF IRRADIATED GROUND GINGER

机译:辐照地面生姜的化学和微生物质量

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Fresh ground ginger was irradiated with a 10-kGy ionizing radiation dose from a Cobalt-60 source. Gamma radiation decreased most of the extractable volatile flavor components. Those known to contribute to typical ginger flavor, e.g., zingiberene, beta-sesquiphellandrene, beta-bisabolene, farnesene isomers, arcurcumene, and alpha-cubebene, decreased 27-59% following irradiation. Most odors recognized through gas chromatography/olfactometry produced similar patterns from irradiated and nonirradiated samples. The radiation treatment reduced the aerobic microbial population from 10(8) to 10(1) CFU/g. Sensory qualities of flavor, color and odor of ginger powder were similar for treated and untreated ginger. [References: 19]
机译:用来自Cobalt-60光源的10-kGy电离辐射剂量辐照新鲜的生姜。伽玛射线减少了大多数可提取的挥发性风味成分。已知有助于典型姜味的香精油,例如姜油烯,β-倍半萜烯,β-bisabolene,法呢烯异构体,arcurcumene和α-cubbeene在辐照后减少了27-59%。通过气相色谱/比色法识别的大多数气味,从辐照和未辐照的样品产生相似的图案。辐射处理使需氧微生物群从10(8)降低到10(1)CFU / g。姜粉的风味,色泽和气味的感官品质与未处理和未处理的姜相似。 [参考:19]

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