首页> 外文期刊>Journal of animal and veterinary advances >Nutrient Content and In sacco Degradation of Hydroponic Barley Sprouts Grown Using Nutrient Solution or Tap Water
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Nutrient Content and In sacco Degradation of Hydroponic Barley Sprouts Grown Using Nutrient Solution or Tap Water

机译:用营养液或自来水种植的水培大麦芽苗菜的营养成分和囊内降解

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A hydroponic nutrient solution was used to raise barley sprouts to compare with sprouts raised using tap water irrigation (two treatments). In both treatments, the sprouts were raised in continuous light in a temperature-controlled room for a period of 7 days. There was no difference (p>0.05) in DM loss after 7 days of sprouting. The DM losses after 7 days of sprouting were 16.4 vs. 13.3% for tap water irrigation and hydroponic nutrient solution, respectively. Sprouts grown with nutrient solution had a higher protein concentration than those grown with tap water irrigation (17.3 vs. 15.9%), respectively. There was however, no difference (p>0.05) in in sacco degradation of sprouts in the rumen of Merino sheep. There was no advantage in the use of nutrient solution for producing hydroponic sprouts compared to sprouting with tap water only. If these sprouts were fed to ruminants, the DM losses would have represented a loss in digestible energy which would otherwise have been available for productive purposes. On a large scale these losses could add to the cost of animal production.
机译:将水培营养液用于种植大麦芽苗,以与使用自来水灌溉(两种处理)的芽苗进行比较。在两种处理中,将芽苗在温度受控的房间中连续光照7天。发芽7天后DM的损失没有差异(p> 0.05)。发芽7天后的DM损失分别为16.4%和自来水灌溉和水培营养液的13.3%。用营养液培养的豆芽的蛋白质浓度要高于用自来水灌溉的豆芽(分别为17.3%和15.9%)。然而,美利奴绵羊瘤胃中芽苗的囊液降解没有差异(p> 0.05)。与仅用自来水发芽相比,使用营养液生产水培芽苗没有优势。如果将这些新芽喂给反刍动物,则干物质的损失将代表可消化能量的损失,否则可用于生产目的。这些损失在很大程度上可能会增加动物生产的成本。

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