1) double low rapeseed meal
双低菜粕
1.
The five dietary treatments were diet 1 based on corn and soybean meal(control),diets 2 and 3 based on double low rapeseed meal and supplemented with enzyme A and B,at 0.
以玉米、豆粕为主配成基础日粮为第1组(对照组),用双低菜粕替代第1组中的部分豆粕(即双低菜粕型日粮),分别添加0。
2) double-low rapeseed meal
双低菜粕
1.
The purpose of this research was to assess the nutritive and feeding value of the dehulled double-low rapeseed meal (DLRM) for ruminants.
本试验通过对脱皮双低菜粕进行化学分析;瘤胃干物质、蛋白质和中性洗涤纤维降解率的测定评价了脱皮双低菜粕的营养价值并组织了一次饲养试验来评价脱皮双低菜粕用于山羊的饲养效果。
2.
The objective of this study was to improve the nutritive and feeding value of double-low rapeseed meal(DLRM) inclusion in diets for pigs and broilers.
本课题对进一步提高双低菜粕用于单胃动物猪和肉鸡的营养价值和饲养效果进行了系统研究。
3) double low rapeseed meal
双低菜籽粕
1.
Application of double low rapeseed meals in Cherry Valley Duck diets;
双低菜籽粕在樱桃谷肉鸭日粮中的应用研究
2.
The plant protein resources in control diet(group 1) were supplied all by soybean meal, while the proportion of double low rapeseed meal in trial diets (group 2,3,4,5) were 8%,13%,16%,18% in first period respectively and 13%,16%,18%,21% in second period.
对照组 (第 1组 )为豆粕组 ,试验组 (第 2 ,3,4,5组 )日粮中双低菜籽粕的用量比例 ,前期分别为 8% ,10 % ,13% ,16 % ,后期分别为 13% ,16 % ,18% ,2 1% ,平衡日粮可消化赖氨酸。
3.
Nutrients and antinutritional agents contents in DL-RSM(double low rapeseed meal) were analysed and 500 layers were randomly divided into 5 groups and fed with 0, 10%,15%,17%,20% DL-RSM instead of soybean meal(SBM) in the diets from 21 to 56 week of age.
选21周龄罗曼蛋鸡500只随机均分为5组 ,分别饲喂全豆粕和10 %、15 %、17 %、20 %双低菜籽粕日粮 ,试期35周。
4) double-low rapeseed meal
双低菜籽粕
1.
Application of double-low rapeseed meal in feed;
双低菜籽粕在饲料中的应用
2.
A(a) groups contained 0% DLRM(double-low rapeseed meal) and 0% CRM(common rapeseed meal).
其中,饲料对照组以豆粕和鱼粉为基础蛋白源,饲料试验组分别以双低菜籽粕和普通菜籽粕等氮替代对照组中50%(B、b;D、d)和100%(C、c;E、e)的豆粕蛋白,测定异育银鲫血液白细胞和头肾吞噬细胞的吞噬活性、血清溶菌酶活性、血清补体(C3,C4)含量、血清凝集抗体效价及免疫保护率。
3.
The study was conducted on grass carp(Ctenpharyngodon idellus) and common carp(Cyprinus carpio) fed with diets containing double-low rapeseed meal on different proportions and the tissue structures of thyroid gland,liver and kidney were observed by histological method.
以组织学方法,研究了投喂不同含量双低菜籽粕对草鱼和鲤甲状腺、肝、肾组织的影响。
5) double-low rapeseed meal
"双低"菜籽粕
1.
The effect of phytase and no-starch polysaccharidase(including xylanase,β-glucanase,pectic enzyme and cellulase)supplementation to double-low rapeseed meal on metabolite rate of mineral,dry matter and energy was investigated.
本试验研究了“双低”菜籽粕中添加植酸酶、木聚糖酶、β-葡聚糖酶、果胶酶、纤维素酶等非淀粉多糖酶对“双低”菜籽粕中矿物质和干物质、能量代谢率的影响,以及各种酶制剂的适宜添加水平。
2.
The efficacy of phytase and non-starch polysaccharidases (including xylanase,β-glucanase, pectic enzyme, and cellulase) supplementation to double-low rapeseed meal on digestibilities of nutriments and energy is investigated.
本试验研究了在“双低”菜籽粕中添加植酸酶、以及木聚糖酶、β -葡聚糖酶、果胶酶、纤维素酶等非淀粉多糖酶后营养物质代谢率和能量代谢率的变化情况 ,以及各种酶制剂的最佳添加水平。
6) dehulled double-low rapeseed meal
脱皮双低菜籽粕
1.
Development and feeding study of dehulled double-low rapeseed meal;
脱皮双低菜籽粕的开发和饲用研究
补充资料：双丝菜
原料配方 咸青萝方50公斤 咸胡萝卜50公斤 酱同40公斤 味精0.2公斤 糖精0.015公斤
制作方法 将咸青萝卜，胡萝卜擦成2×2毫米的长丝，拌匀后放入缸中，倒入配好铺料的酱油浸渍，每隔2天倒一次缸，7天后即为成品。
质量标准 色新鲜，丝长均匀，质脆味香。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条