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- Young L G, Leunissen M and Atkinson J L. 1993.Addition of microbial phytase to diets of young pigs.Journal of animal Science, 71;2147-2150. 刘宗慧刘作华童小莉徐顺来罗文华.;植酸酶对生长猪生产性能的影响
- LEI X G,KU P K.Supplementing corn-soybean meal diets with microbial phytase maximizes phytate phosphorus utilization by weanling pigs[J].J Aim Sci,1993,71:3368. 计成.;添加植酸酶对仔猪生长和营养物质回肠表观消化率的影响[J]
- One hundred and sixty 3-week-old "Cherry Valley"ducks were divided randomly into 4 groups to investigate the effects of adding microbial phytase to subnormal P diet on their growth performance, plasma P concentration and tibial bone properties. :1 6 0只 3周龄樱桃谷肉鸭随机分为 4组 ,研究了低磷日粮添加植酸酶和磷酸氢钙对肉鸭生长性能、血浆磷浓度及胫骨特性的影响。
- Keywords Microbial Phytase Chicken Phosphorus Performance; 微生物植酸酶;蛋鸡;磷;生产性能;
- Studies on Effects of Microbial Phytase on Total Phosphorus and Phytate Phosphorus Retention for Laying Chicken 植酸酶对褐壳蛋用母雏日粮中总磷及植酸磷存留率影响的研究
- The effects of supplemental microbial phytase in diets on the growth performance and mineral excretion of rex-rabbits 植酸酶对獭兔生产性能和矿物质排泄量的影响
- Effect of Wheat Middlings, Microbial Phytase, and Citric Acid on Phytate-phosphorus, Calcium and Protein Utilization of Broilers 麦麸、细菌性植酸酶和柠檬酸对肉鸡提高钙、磷和蛋白质利用的影响
- Effects of Microbial phytase Supplementation on performance and Main Nutrients Retention of Laying Hens at peak production 植酸酶对产蛋高峰期蛋鸡生产性能及主要营养素存留的影响
- The activity of plant and microbic phytases depending on the medium pH was studied. 研究了培养基依赖性植物和微生物肌醇六磷酸酶的活性。
- Microbial phytase 微生物植酸酶
- Yi Z.E. T. Kornegay.V. Ravindran Improving phytate phosphorus availability in corn and soy bean meal for broiler using microbial phytase and calculation of equivalency values for phytase 1996 楼洪兴.;许松
- The substance phytase was added to the feed. 即在饲料中添加了肌醇六磷酸酶。
- These compounds inhibit microbial growth. 这些化合物能抑制微生物的生长。
- Effect of microbe phytase and organic acid on production performance of porkling 饲粮中添加微生物植酸酶和有机酸对断奶仔猪生产性能的影响
- Microbial ecology and molecular ecology. 微生物生态学与分子生态学。
- Acidity above 7.0 suggests microbial spoilage. 酸度在7.;0以上表明面粉受到微物的腐蚀。
- Study on a Long Life BOD Microbial Sensor. 长寿命BOD微生物传感器的研究
- How do salt and sugar prevent microbial spoilage? 为何盐和糖可防止微生物腐坏食物？
- Tiamulin,Flavomycin,Pellet Binder,Phytase,Tiamulina,feed binder ... 位于嘉兴，生产畜禽饲料，水产饲料。
- A larruping catalytic mechanism is showed by this phytase. 目前主要采用多种原核表达系统对其进行表达。
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