Rebecca A Brociek, Dongfang Li, Richard Broughton, David S Gardner
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Results: Nutritional composition of meat and plant-based foods were similar, except for iodine and B-vitamins, which were lower in plant-based foods. The majority (66%) of veterinary diets with lower total protein by design, were also deficient in one or more essential amino acids. Isolated instances of non-compliance to nutritional guidelines were observed across all food-groups. Of the tested nutrients 55%, 16%, 24% and 100% of foods met all amino acid, mineral, B-vitamin, and vitamin D guidelines, respectively. Conclusions: Adopting a plant-based dietary pattern for your companion canine can provide nutritional adequacy with respect to the majority of macro- and micronutrients, but feeding supplemental iodine and B-vitamins should be considered. Veterinary diets, purposely low in crude protein, often have less than optimal essential amino acid composition. 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Complete dog foods are, by definition, supposed to be nutritionally replete in all macro- and micronutrients. Few studies have reported a full nutritional analysis of complete, dry plant- versus meat-based dog foods. Method: Here, 31 pet foods (n=19 meat-based, n=6 veterinary and n=6 plant-based) were analysed for total protein content and individual amino acids, fatty acids, major and trace elements, vitamin D and all B-vitamins. Results: Nutritional composition of meat and plant-based foods were similar, except for iodine and B-vitamins, which were lower in plant-based foods. The majority (66%) of veterinary diets with lower total protein by design, were also deficient in one or more essential amino acids. Isolated instances of non-compliance to nutritional guidelines were observed across all food-groups. Of the tested nutrients 55%, 16%, 24% and 100% of foods met all amino acid, mineral, B-vitamin, and vitamin D guidelines, respectively. 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引用次数: 0
摘要
背景:采用以植物为基础的饮食是许多犬科伴侣动物主人选择的一种流行生活方式。越来越多的主人希望给他们的犬类伴侣喂食类似的食物。据报道,植物性饮食模式与某些微量营养素缺乏症有关。根据定义,完整的狗粮应该富含所有宏量和微量营养素。很少有研究报告对以植物为基础的全营养干狗粮和以肉类为基础的全营养干狗粮进行全面的营养分析。方法:对 31 种宠物食品(19 种肉类食品、6 种兽医食品和 6 种植物食品)的总蛋白质含量、单个氨基酸、脂肪酸、主要元素和微量元素、维生素 D 和所有 B 族维生素进行了分析。结果肉类食品和植物性食品的营养成分相似,但植物性食品中的碘和 B 族维生素含量较低。总蛋白质含量较低的兽粮中,大多数(66%)还缺乏一种或多种必需氨基酸。在所有食品类别中都发现了个别不符合营养指南的情况。在检测的营养素中,分别有55%、16%、24%和100%的食品符合所有氨基酸、矿物质、B族维生素和维生素D的标准。结论为伴侣犬采用以植物为基础的膳食模式可以提供充足的大部分宏量和微量营养素,但应考虑喂食补充碘和 B 族维生素。兽粮的粗蛋白质含量较低,其必需氨基酸的组成往往达不到最佳水平。这些数据为饲养以植物饲料或兽医饲料为主食的伴侣犬的主人提供了重要的新信息。
Nutritional analysis of commercially available, complete plant- and meat-based dry dog foods in the UK
Background: Adoption of a plant-based diet is a popular lifestyle choice for many owners of canine companion animals. Increasingly, owners would like to feed their canine companions a similar diet. A plant-based dietary pattern has been reported to be associated with some micronutrient deficiencies. Complete dog foods are, by definition, supposed to be nutritionally replete in all macro- and micronutrients. Few studies have reported a full nutritional analysis of complete, dry plant- versus meat-based dog foods. Method: Here, 31 pet foods (n=19 meat-based, n=6 veterinary and n=6 plant-based) were analysed for total protein content and individual amino acids, fatty acids, major and trace elements, vitamin D and all B-vitamins. Results: Nutritional composition of meat and plant-based foods were similar, except for iodine and B-vitamins, which were lower in plant-based foods. The majority (66%) of veterinary diets with lower total protein by design, were also deficient in one or more essential amino acids. Isolated instances of non-compliance to nutritional guidelines were observed across all food-groups. Of the tested nutrients 55%, 16%, 24% and 100% of foods met all amino acid, mineral, B-vitamin, and vitamin D guidelines, respectively. Conclusions: Adopting a plant-based dietary pattern for your companion canine can provide nutritional adequacy with respect to the majority of macro- and micronutrients, but feeding supplemental iodine and B-vitamins should be considered. Veterinary diets, purposely low in crude protein, often have less than optimal essential amino acid composition. These data provide important new information for owners of companion canines being fed plant-based or veterinary diets.