Metabolizable energy requirement for maintenance estimated by regression analysis of body weight gain or metabolizable energy intake in growing pigs

机译：通过生长猪体重增加或代谢能摄入量的回归分析估算维持所需的代谢能需求

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摘要

ObjectiveFeed energy required for pigs is first prioritized to meet maintenance costs. Additional energy intake in excess of the energy requirement for maintenance is retained as protein and fat in the body, leading to weight gain. The objective of this study was to estimate the metabolizable energy requirements for maintenance (MEm) by regressing body weight (BW) gain against metabolizable energy intake (MEI) in growing pigs.

机译：目标首先将猪所需的饲料能量放在首位，以满足维护成本。超过维持能量所需能量的额外能量摄入会作为蛋白质和脂肪保留在体内，从而导致体重增加。这项研究的目的是通过对生长猪的体重（BW）增益与代谢能摄入（MEI）进行回归估算来估算维持所需的代谢能（MEm）。

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期刊名称 Asian-Australasian Journal of Animal Sciences
作者
Hu Liu; Yifan Chen; Zhongchao Li; Yakui Li; Changhua Lai; Xiangshu Piao; Jaap van Milgen; Fenglai Wang;
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作者单位

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年(卷),期 2019(32),9
年度 2019
页码 1397–1406
总页数 10
原文格式 PDF
正文语种
中图分类动物学;
关键词
Fat Growing Pigs Indirect Calorimetry Maintenance Energy Requirement Protein;

机译：脂肪;成年猪;间接量热法;维持能量需求;蛋白质;

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1. Prediction of metabolizable energy requirements for maintenance and gain of preweaning, growing and mature goats [Review] [J] . Luo J, Goetsch AL, Sahlu T, Small Ruminant Research . 2004,第3期

机译：预测维持和获得断奶，成长和成熟山羊的代谢能需求[综述]
2. Estimation of Metabolizable Energy Requirements for Maintenance and Energetic Efficiency of Weight Gain in Bos taurus and Bos indicus Cows in Tropical Mexico [J] . Jose Valentin Cardenas-Medina, Juan Carlos Ku-Vera, Juan Gabriel Magana-Monforte Journal of animal and veterinary advances . 2010,第2期

机译：在热带墨西哥博士金牛座和博斯指数牛维护和能量效率的代谢能源要求估算代谢能量要求
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4. Linear and non-linear estimates of the efficiency with which metabolizable energy is used for maintenance or gain [C] . C. A. Old, H.A. Rossow International Symposium on Energy and Protein Metabolism and Nutrition . 2013

机译：可代谢能量用于维护或增益的效率的线性和非线性估计
5. Modulation of Intestinal Cell Differentiation by Different Fiber Sources and Evaluation of Using a Modified Three-Step Procedure to Predict Digestible and Metabolizable Energy Content in Growing Pigs. [D] . Huang, Zhimin. 2017

机译：不同纤维来源对肠道细胞分化的调节作用，以及使用改良的三步法预测生长猪的可消化和可代谢能量含量的评估。
6. The Effect of Inclusion Level of Soybean Oil and Palm Oil on Their Digestible and Metabolizable Energy Content Determined with the Difference and Regression Method When Fed to Growing Pigs [O] . Yongbo Su, Yue She, Qiang Huang, 2015

机译：饲喂生猪时大豆油和棕榈油的包合水平对差异和回归法测定其可消化和代谢能含量的影响
7. Eficiência de utilização da energia metabolizável para mantença e ganho de peso e exigências de energia metabolizável e de nutrientes digestíveis totais de bovinos F1 Limousin x Nelore não-castrados Efficiency of metabolizable energy utilization for maintenance and weight gain and metabolizable energy and total digestible nutrients requirements of F1 Limousin x Nellore bulls [O] . Cristina Mattos Veloso, Sebastião de Campos Valadares Filho, Antonio Gesuladi Júnior, 2002

机译：非阉割F1 Limousin x Nellore牛的代谢能量利用效率，维持和增重，可代谢能量和总可消化营养需求维持代谢能量利用的效率和体重增加和总可消化营养素需求F1 Limousin vs Nellore公牛队
8. Metabolizable Energy Intakes and Nitrogen Balance during Saturation Diving [R] . Thorp, J. W., Rumpler, W. V., Seale, J. L., 1993

机译：饱和潜水过程中代谢能量摄入和氮平衡

Metabolizable energy requirement for maintenance estimated by regression analysis of body weight gain or metabolizable energy intake in growing pigs

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