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β-Carotene Content of Dehydrated Hydroponic Sweetpotatoes Grown under Different Lighting Conditions

机译:在不同照明条件下脱水水耕甜菜肽的β-胡萝卜素含量

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The sweetpotato (Ipomoea batatas L. LAM.) is a versatile and underexploited food crop. Consumption of sweetpotato based processed foods provide β-carotene, which is the major precursor of vitamin A. The sweetpotato has the potential to provide antioxidants that may help reduce the radiation risks astronauts face while in space. Therefore the objective of this experiment was to evaluate β-carotene in dehydrated hydroponic sweetpotato cultivars. Hydroponic cultivars WHATLEY/LORETAN and NCC-58 were grown with and without 7-10 μmole of light. WHATLEY/LORETAN contained the highest amount of β-carotene content average of 31 μg/100g in dehydrated hydroponic sweetpotatoes compared to NCC-58 with 18.5 μg/100g.
机译:甘薯(Ipomoea Batatas L. Lam)是一种多功能和望远镜的食物作物。甘薯基础加工食品的消耗提供β-胡萝卜素,这是维生素A的主要前体。甘薯有可能提供可能有助于减少辐射风险宇航员在空间中面临的抗氧化剂。因此,该实验的目的是评估β-胡萝卜素在脱水水耕的甘薯栽培品种。水培栽培品种干涉界/洛替丹和NCC-58的生长和没有7-10μmole的光。与NCC-58的脱水水培甜点相比,干涉/洛雷顿含有最高量的β-胡萝卜素含量平均为31μg/ 100g,与NCC-58为18.5μg/ 100g。

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