期刊文献

Influence of Monensin and Lasalocid on Mineral Metabolism and Ruminal Urease Activity in Steers 收藏

monensin和Lasalocid对操纵子矿物代谢和瘤胃脲酶活性的影响

原文求助发布源

作者

Scott R. Starnes [1]; Jerry W. Spears[1]; Mark A. Froetschel [1]; W. James Croom; Jr. [1]

作者单位

[1]4Animal-Forage Metabolism Complex, Department of Animal Science, North Carolina State University, Raleigh, NC 27650

关键词

potassium;magnesium;process of absorption;metabolism;calcium;diet;ionophores;lasalocid;minerals;monensin;rumen;ruminants;urease;copper;enzymes;nickel;phosphorus;sodium;zinc;osmolality;mineral metabolism;monensin;lasalocid;mineral metabolism;ruminal urease activity

关键词译文

钾;吸收过程;代谢;钙;饮食;离子;蛋白质;宫廷;尿素;尿素;磺酸;磷;磷;钠;渗透性;矿物质;冬霉素;冬霉素;冬霉素;冬霉素;冬霉素;冬霉素;冬霉素;龙植物;龙霉素;龙霉素;龙骨新陈代谢;瘤胃脲酶活性

发布日期

01 March 1984

页码

518-525

DOI

10.1093/jn/114.3.518

来源信息

Journal of Nutrition ISSN：0022-3166, 1984年, 114卷, 3期, 518-525页

摘要

Growing steers were used in a replicated 3 × 3 Latin square to study the influence of ionophores on mineral metabolism and ruminal urease activity. Treatments consisted of: 1) basal high energy diet; 2) basal plus 33 ppm lasalocid and 3) basal plus 33 ppm monensin. Each period was 33 days and apparent absorption and retention of macrominerals were measured during the last 5 days of each period. Mineral intake during the collection period was not affected by treatment. Both ionophores increased

摘要译文

在复制的3×3拉丁广场中使用生长操纵器来研究离子群体对矿物代谢和瘤胃脲酶活性的影响。治疗包括：1）基础高能量饮食;2）基础加上33 ppm Lasalocid和3）基础加33ppm monensin。每个时期为33天，在每个期间的最后5天期间测量显而易见的巨粒癌的吸收和保留。收集期间的矿物摄入不受治疗的影响。两种孔隙都增加了

Scott R. Starnes [1]; Jerry W. Spears[1]; Mark A. Froetschel [1]; W. James Croom; Jr. [1]. Influence of Monensin and Lasalocid on Mineral Metabolism and Ruminal Urease Activity in Steers[J]. Journal of Nutrition, 1984,114(3): 518-525