干水果的纤维素含量尤其高。
植物性食物含大量的复杂碳水化合物和纤维素。
Plant food has a high amount of complex carbohydrates and fiber.
Beth的建议全是包括纤维素，健康的油脂和蛋白质的结合。
Beth's Suggestions all include a combination of fiber, healthy fats and protein.
纤维素是很难分解的。
火龙果非常美味和健康，富含纤维、维生素和矿物质。
Dragon fruits are very delicious and healthy. They are rich in fiber, vitamins and minerals.
因此，纤维素对有价值的动物蛋白而言是有一定贡献的资源。
Cellulose is, therefore, a contributing source of voluble animal protein.
从技术上看，把纤维素变成糖食可以实现的，而且很多公司正致力于这方面的研究。
Making cellulose into sugar is technically possible, and many firms are working on that possibility.
这样，他们减少了饭菜中的脂肪含量，增加了纤维素。
In this way they cut down the fat and increased the fiber in the meal.
但是燕麦最出众的地方在于它的纤维素。
纤维素是植物细胞壁的主要成分。
目的研究小麦纤维素治疗痣术后排便困难的疗效。
Objective To investigate the treatment of wheat cellulose mole defecation difficulties after treatment.
木糖的有效利用是木质纤维素全利用的基础。
Efficient use of xylose is the basis for using lignocellulose completely.
但是保证微量营养元素和纤维素的摄入量是很重要的。
But it's important that you get your micronutrients and fiber in.
我国纤维素酶的应用研究近年来取得了很大进展。
The cellulase application study has made a great progress recently in China.
也还能供给你纤维素。
它们还可供给我们纤维和维生素c。
我们应该多吃一些富含纤维素的绿色蔬菜。
螯合纤维素制备工艺简单，性能优越，成本低廉。
Chelating cellulose is of simple preparation, excellent nature and low cost.
利用木质纤维素制备乙醇是解决能源结构的有效方法。
The production of alcohol from lignocellulose is an effective way to improve energy structure.
一些蔬菜富含纤维素。
少量用于硝基纤维素的制作中。
采用纤维素酶在纯棉色织物柔软整理前进行预处理。
Cellulase was applied to pretreat cotton yarn-dyed fabric in super soft finish.
造纸时需要纤维素。
综述了纤维素酶的分子结构、作用机理的研究进展。
It summarizes the progress of the molecular structure and mechanism about cellulase in this paper.
表明饲用纤维素酶以外加酶法为佳。
树木将吸收的碳用于合成一些高分子化合物(例如纤维素)，进而生成更多的植株。
They use the carbon thus sequestered to make molecules like cellulose, and thus more tree.
菠萝还含有纤维素，对便秘也有一定效果。
Pineapple also contain cellulose for constipation, also have certain effect.
结论治疗组优于对照组，小麦纤维素治疗痣术后排便困难有效。
Conclusion the treatment group than the control group, wheat cellulose defecation difficulties after treatment ef...
纤维素酶的作用机制至今尚不完全清楚。
The catalytic mechanism of cellulase is not yet entirely clear.
目前大部分纤维素酶基因的表达水平较低。
At present the expression levels of the most cellulase genes are low.
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