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Urea recycling is an acute nitrogen-sparing mechanism counterbalancing the higher urea production after plant v. animal protein ingestion during the postprandial non-steady-state

机译：尿素回收是一种急性氮气备件机制，抗衡植物v后尿素产量较高。在餐后非稳态期间摄入动物蛋白质

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H. Fouillet; B. Juillet; C. Bos; F. Mariotti; C. Gaudichon; D. Tomé;
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1. Interaction between dietary content of protein and sodium chloride on milk urea concentration, urinary urea excretion, renal recycling of urea, and urea transfer to the gastrointestinal tract in dairy cows [J] . J. W. Spek, A. Bannink, G. Gort, Journal of dairy science . 2013,第9期

机译：日粮蛋白质和氯化钠之间的相互作用对奶牛的尿素浓度，尿素排泄，尿素的肾脏循环利用以及尿素向胃肠道的转移
2. Effects of dietary ruminally degradable starch and ruminally degradable protein levels on urea recycling, microbial protein production, nitrogen balance, and duodenal nutrient flow in beef heifers fed low crude protein diets. [J] . Davies K. L., McKinnon J. J., Mutsvangwa T. Canadian Journal of Animal Science . 2013,第1期

机译：反刍动物的日粮可降解淀粉和蛋白质水平对饲喂低粗蛋白日粮的小母牛的尿素循环利用，微生物蛋白产生，氮平衡和十二指肠营养流的影响。
3. Effects of dietary crude protein and rumen-degradable protein concentrations on urea recycling, nitrogen balance, omasal nutrient flow, and milk production in dairy cows [J] . T. Mutsvangwa, K. L. Davies, J. J. McKinnon, Journal of dairy science . 2016,第8期

机译：日粮粗蛋白和瘤胃可降解蛋白浓度对奶牛尿素循环利用，氮平衡，营养素流量和产奶量的影响
4. Effects of dietary crude protein and ruminally-degradable protein on urea recycling and microbial protein production in beef heifers [C] . K. Baker, T. Mutsvangwa, J.J. McKinnon, International Symposium on Energy and Protein Metabolism and Nutrition . 2007

机译：膳食粗蛋白和uminally-可降解蛋白对牛仔母牛尿液回收和微生物蛋白产生的影响
5. Mechanisms of urea nitrogen salvage during protein scarcity in a fast-adapted hindgut fermenter, the Wyoming ground squirrel ( Spermophilus elegans). [D] . Greller, Katie Ann. 2009

机译：快速适应的后肠发酵罐怀俄明地松鼠（Spermophilus elegans）蛋白质缺乏期间尿素氮的抢救机制。
6. The Metabolism of Foliar-Applied Urea. I. Relative Rates of C14O2 Production by Certain Vegetable Plants Treated with Labeled Urea [O] . O. N. Hinsvark, S. H. Wittwer, H. B. Tukey 1953

机译：叶面尿素的代谢。 I.标记尿素处理过的某些蔬菜植物产生C14O2的相对速率
7. Urea recycling is an acute nitrogen-sparing mechanism counterbalancing the higher urea production after plant v. animal protein ingestion during the postprandial non-steady-state [O] . H. Fouillet, B. Juillet, C. Bos, 2008

机译：尿素回收是一种急性氮气备件机制，抗衡植物v后尿素产量较高。在餐后非稳态期间摄入动物蛋白质
8. Studies on the Physical State of Water in Living Cells and Model Systems. V. The Warming Exothermic Reaction of Frozen Aqueous Solution of Polyvinylpyrrolidone, Poly(Ethylene Oxide), and Urea-Denatured Proteins [R] . Zhang, Z. L., Ling, G. N. 1983

机译：活细胞和模型系统中水的物理状态研究。五，聚乙烯吡咯烷酮，聚环氧乙烷和尿素变性蛋白冷冻水溶液的升温放热反应

Urea recycling is an acute nitrogen-sparing mechanism counterbalancing the higher urea production after plant v. animal protein ingestion during the postprandial non-steady-state

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