Meat and Bone Meal

In1997 , Canada introduced a ban on the feeding of ruminant meat and bone meal to ruminant animals .

1997年，加拿大开始禁止把反刍动物肉和骨粉当作饲料。

COMPOSITION : Ovine Meat and Bone Meal – Produced from the solid material left over after the dehydration of the offal and removal of the fat .

合成方式：绵羊肉骨粉–由脱水去脂后的动物的固体残余物制成。

The Quality Analysis of Imported Meat and Bone Meal

进口肉骨粉品质分析

Research on Detection of Bovine Material From Imported Meat and Bone Meal

进口肉骨粉中牛成分检测研究

Real-time PCR and conventional PCR detection of bovine materials in meat and bone meal

Real-timePcR和常规PCR方法快速鉴定肉骨粉中的牛源性成份

Discriminant Analysis of Meat and Bone Meal Content in Ruminant Feed Based on NIRS

基于NIRS的反刍动物饲料中肉骨粉判别

Genetic Algorithm Used for Predicting Meat and Bone Meal Content in Fishmeal by Near Infrared Spectroscopy

遗传算法在鱼粉中肉骨粉近红外光谱检测中的应用

Rapid prediction of meat and bone meal content in compound fertilizer by near-infrared reflectance spectroscopy

近红外技术快速检测复合化学肥料中肉骨粉含量的研究

Prediction of meat and bone meal contents in concentrate supplement by near infrared reflectance spectroscopy

精料补充料中肉骨粉含量的近红外光谱检测

Nutritions Value of Meat and Bone Meal and the Application in Pig and Poultry Ration

肉骨粉的营养价值及其在畜禽日粮中的应用

These include ; fish meal , meat and bone meal , blood meal and feather meal .

配料包括：鱼，肉骨粉，血粉和羽毛粉等。

Rapidly qualitative discrimination of meat and bone meal in fishmeal by visible and near infrared reflectance spectroscopy

鱼粉中肉骨粉的可见-近红外光谱快速定性判别方法

In order to ensure feed safety , it is necessary to detect the meat and bone meal contents in concentrate supplement .

为了保证饲料安全，精料补充料中肉骨粉的检测是十分必要的。

Distinction and Identification of Milk Powder and Bovine or Ovine Meat and Bone Meal in Ruminant Feedstuffs

反刍动物饲料中乳源性成分与牛羊肉骨粉的区分

Determination of plumbum in meat and bone meal by dithizone spectrophotometric and fiber'pressure self-controlling after microwave digestion

光纤压力自控微波消解铅试剂光度法测定肉骨粉中铅

To avoid BSE transmitting into China , it is necessary to distinguish the animal species in meat and bone meal ( MBM ) .

为防范疯牛病传入我国，有必要鉴别肉骨粉中动物成份的种类。

Especially in recent years , lots of countries limit the production of fish meal and forbid the use of animal protein such as meat and bone meal produced by the animal trash .

尤其是近年来各国限产鱼粉、禁止利用一些畜产品下脚料生产的肉骨粉等动物蛋白饲料。

Worldwide , annual production of rendered products is roughly equivalent to annual fish meal production , with meat and bone meal and poultry by-product meal making up80 % of total production .

从世界范围来看，提炼产品的年产量大约等于鱼粉年产量，其中80%由肉骨粉和禽类副产品组成。

112 fish meal samples and 34 meat and bone meal ( MBM ) samples were collected , and MBM was deliberately adulterated with fish meals at 5 % ~ 60 % by weight , and 163 experimental samples were prepared .

收集了112个鱼粉和34个肉骨粉样品，在鱼粉中掺入不同比例（5%~60%）的肉骨粉，制备了163个样本。

Feasible condition and influencing factors of the reaction on dithizone and Pb2 + in pH value 8.0 ~ 9.0 citrate ammonium system were studied . The method of detecting Pb2 + in meat and bone meal by optic fibre'pressure self-controlling microwave decomposing technique was found .

研究了在pH值8.0～9.0的氨水-柠檬酸铵体系中，铅试剂与Pb2+反应的适宜条件与影响因素，建立了光纤压力自控微波消解测定微量Pb2+的方法。

The results showed that : ( 1 ) The ACDs for dry matter of the meat and bone meal , Peru fish meal , cottonseed meal and soybean meal were higher , which were 60.69 % , 59.07 % , 61.08 % , 57.99 % , respectively .

结果表明：（1）草鱼对肉骨粉、秘鲁鱼粉、棉籽粕、大豆粕的干物质表观消化率较高，分别为60.69%、59.07%、61.08%、57.99%；

Bovino spongiform encephalopathy ( BSE ) is mainly caused by meat and bone meal ( MBM ) . In order to eliminate BSE , It is imperative to develop the methods to examine the content of the MBM mixed in feedings and fertilizers .

肉骨粉是产生牛海绵状脑病（BSE）的主要原因，根治BSE很有必要研究饲料和肥料中的肉骨粉的检出方法。