1) cottonseed cake &meal for feed use
饲用棉籽饼粕
1.
A Brief introduction of the antinutr itional factors and their removal from cottonseed cake &meal for feed use;
饲用棉籽饼粕中抗营养因子及其防除简介
2) cottonseed meal
棉籽饼粕
1.
Nutritive value,antinutritional factors and research progress about microbial solid fermentation of cottonseed meal were reviewed.
本文简述了棉籽饼粕的营养价值、抗营养因子及微生物固体发酵棉籽饼粕的研究进展。
2.
As a kind of high quality feed protein source, cottonseed meals must be detoxified to eliminate the contained harmful gossypol before application.
棉籽饼粕 (CottonSeedCake)可作为优质蛋白饲料饲喂给动物日粮 ,但由于其所含的棉酚对动物有毒害作用 ,故在使用前必须进行脱毒处理。
3.
58μmol/g; for cottonseed meal the crude protein was 32.
58μmol/g;棉籽饼粕粗蛋白32。
3) feeding cottonseed meal
饲用棉粕
1.
Analyses of influence factors of oil refining technology on bioavailability of feeding cottonseed meal;
制油工艺对饲用棉粕生物学效价的影响
4) rapeseed meal
菜籽饼粕
1.
Study on technology about shower detoxification of rapeseed meal;
菜籽饼粕淋洗脱毒工艺探讨
2.
In this paper,current global production of rapeseed was analyzed,detoxification of rapeseed meal was discussed and 5 ways of rapeseed protein's extraction were reviewed.
菜籽饼粕是一个潜在营养价值很高的巨大植物蛋白资源,科学合理利用廉价的菜籽蛋白具有重要的社会和经济意义。
3.
Phytic acid was extracted directly from rapeseed meal by means of deposit solvent.
本文研究了沉淀剂法直接从菜籽饼粕中提取植酸。
5) rapeseed cake
菜籽饼粕
1.
Effects of rapeseed cake on soil organic matter and activities of soil enzyme
菜籽饼粕对土壤有机质和土壤酶活性的影响
2.
The technics of phytic acid extraction from protein-extracted rapeseed cake wasstudied and the extraction conditions of aci.
本文以去除蛋白的菜籽饼粕为原料，进行提取植酸的工艺研究，试验优化了酸液浸提植酸的因素条件，选取得到较好的704~#阴离子交换树脂，采用静态法和动态法探索了离子交换的最适参数，同时对植酸的抗氧化活性进行了研究。
6) tung fructification
桐籽饼粕
1.
By using continuous dilution separation and flat crossed separation,the bacteria from the natural fermentation of tung fructification was filtrated and bred.
得到三株能高效降解桐籽饼粕粗蛋白的细菌DBPTF1,′DBPTF2′和DBPTF6,′经过鉴定分别为地衣芽孢杆菌B。
补充资料：棉籽油粕化学脱毒
分子式：
CAS号：
性质： 棉籽油饼（粕）含蛋白质约40%，其中含有毒物质游离棉酚，未能广泛利用。化学脱毒法是根据棉酚在不同条件下存在三种异构体（双醛式、双内醚式、双烯酮式），在加入某些化学品后，使棉酚形成双烯酮式异构体，使其容易热固束，并提高水的溶解度，从而达到脱毒目的。
CAS号：
性质： 棉籽油饼（粕）含蛋白质约40%，其中含有毒物质游离棉酚，未能广泛利用。化学脱毒法是根据棉酚在不同条件下存在三种异构体（双醛式、双内醚式、双烯酮式），在加入某些化学品后，使棉酚形成双烯酮式异构体，使其容易热固束，并提高水的溶解度，从而达到脱毒目的。
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