1·The donated milk was probably to blame: recent laboratory research on rats has shown that rats briefly exposed to the substances aflatoxin tend to develop liver cancer when fed casein, a milk protein.
捐赠的牛奶可能是罪魁祸首：最近对老鼠的实验室研究表明，给老鼠喂食酪蛋白（一种牛奶蛋白）时，短暂接触过黄曲霉毒素物质的老鼠容易患肝癌。
2·All animal, bird, fish or egg derived protein plays a role in the formation and promotion of cancer, but the most potent so far is casein.
所有动物、家禽、鱼或蛋类来源的蛋白都在癌症的形成和扩散过程中起一定作用，其中，酪蛋白起的作用最为重要。
3·What they actually suggest is using casein, the principal protein found in milk.
实际上他们建议的是利用牛奶中的主要蛋白质——酪蛋白。
4·There are many hypotheses that factors like vitamin deficiencies, mercury and glutein and casein in the diet are linked to autism, but there's no strong literature to support many of these hypotheses.
有许多假设的因素和孤独症有关，如维生素缺乏、汞以及饮食中的谷蛋白和酪蛋白，但没有什么强有力的文献能够支撑这些假设。
5·That's because casein is a difficult protein for human beings to digest, which is why it is present in smaller quantities in human breast milk.
这是因为酪蛋白是一项艰巨的蛋白质的人消化，这就是为什么目前在小批量在人类母乳。
1·The molecules that make up Casein and cream reflect light.
构成干酪素和奶酪的分子反射光线。
2·Rich in calcium, Casein helps contribute to milk's white color.
富含钙质的干酪素对牛奶呈现白色起到一定作用。
3·The results showed that starch as carbon source, and casein and soybean powder as nitrogen source, o methoxyphenol and vanillin of suitable concentration had good influence on laccase production.
结果表明，淀粉作碳源、干酪素作氮源有利于漆酶的分泌，适宜浓度的愈创木酚和香兰素等对漆酶的产生有一定的作用；
4·Whey are by product of the industrial production of cheese and casein.
乳清是工业生产干酪及干酪素的副产品。
5·It is found that casein, or tannin adsorbent, contains some elements that muddle the measuring, which results in an unreasonably low measuring result.
结果：鞣质吸附剂-干酪素含有干扰测定的物质，导致方法测定结果明显偏低。
1·Ovalbumin, which is the chief ingredient of egg white, and casein, the major protein in milk, are two common examples.
卵清蛋白(卵白的主要成分)和酪素(牛奶中主要的蛋白质)是两个普通的例子。
2·Soybean casein is a kind of soybean protein adhesive, and has a wide range of applications in industry.
豆酪素是一种大豆蛋白质胶黏剂，在工业上得到广泛的应用。
3·The graft copo1ymer of casein and vinyl monomers have exhibited broad application prospect, and also have attracted more and more attention.
酪素与烯类单体的接枝共聚产物广阔的应用前景，越来越引起人们的关注。