十年前就已经发现AAPB在代谢糖类和L氨基酸会产生难熔分子，但是直到最近其规模才得以显现。
It was discovered ten years ago that AAPB produce refractory molecules when they metabolise sugars and L-amino acids, but it is only recently that the scale on which they do so has become apparent.
糖醇类物质由其分子结构而得名，因为其结构看起来就像是醇类物质和糖类物质的融合物，但从科学角度来讲，糖醇类物质既不是醇类也不是糖类。
Sugar alcohols get their name from their structure, which looks like a cross between a molecule of alcohol and sugar but is technically neither.
此外，血浆中还有各种矿物质、糖类、脂类，以及一些特化的分子，如维生素、激素和酶等。
In addition, there are minerals, carbohydrates, fats, and specialized molecules such as vitamins, hormones, and enzymes.
根据不同的需要选择适当的降解方法，才能有效的制备低分子量多糖，使多糖类物质得到更广泛的应用。
For widely use of polysaccharides, we can choose proper method, according to different need, to produce polysaccharides effectively.
刺云实胶是由半乳甘露聚糖组成的高分子量多糖类物质，在我国可作为食品添加剂增稠剂使用。
Tara gum, a kind of macromolecular polysaccharide consists of galactomannan, which can be applied as thickener in food industry.
用途：适用于葡萄糖蔗糖、麦芽糖等糖类的脱色相精制，以及柠檬酸、胱胺酸、油脂、化工产品中大分子色素的去除、提纯和精制。
Uses: Suitable for the decolorization of glucose sucrose, maltose and other refined sugar as well as the pigment removal, purification and refining of citric acid, cystine, oil, chemical products.
试验结果表明，污染膜表面凝胶层含果胶37.4 3% ，纤维素3.91% ，半纤维素0 .95 % ，同时还含有大量低分子糖类和有机酸。
The membrane deposit was found to be composed of pectin 37.43%, cellulose 3.91% , hemicellulose 0.95%, and a large amount of sugars and organic acids.
在此基础上提出了进一步改进多糖类高分子化合物制备技术的措施，并展望了此类材料的应用前景。
Furthermore, the measures to improve those polymers' preparation technology are put forward, and their application foreground is prospected.
本发 明还提供了糖类化合物作为功能单体在制备细菌毒素分子印迹聚合物中的应用。
The invention also discloses the application of a glucide compound as a functional monomer in preparing the bacterial toxin molecularly imprinted polymer.
目前常用的高分子材料有聚多糖类、氨基酸类、乙基纤维素、聚乙烯醇、聚丙烯酸、聚苯乙烯等。
At present the commonly used high polymer material has gathers the multi-carbohydrates, the amino acid, the ethyl cellulose, the polyvinyl alcohol, the polyacrylic acid, the polystyrene and so on.
综述了多糖类的常规检测和利用分子光谱法、色谱分析法、电化学分析法和生物传感器分析法对其进行分析测定的研究进展。
Based on analysis of factors and effect, the method to evaluate the uncertainty of measurement by chromatography for environmental samples was discussed.
综述了多糖类的常规检测和利用分子光谱法、色谱分析法、电化学分析法和生物传感器分析法对其进行分析测定的研究进展。
Based on analysis of factors and effect, the method to evaluate the uncertainty of measurement by chromatography for environmental samples was discussed.
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