对这些化合物的紫外光谱研究表明，在非极性溶剂中，在相对高浓度中，杯芳烃衍生物以聚合体形式存在。
The studies on the UV spectra showed that the calixarenes exist in agglomeration form in non polarity solution in relatively high concentration.
由于分子印迹聚合体的活性的稳定性和低廉的价格，因此，在食品的快速检测上得到了应用，如兽药残留、农药残留、微生物的快速检测。
Due to low cost and stable activity, the molecularly imprinted polymers was applyed in the food safety rapid determination, such as veterinary residues, pesticide residues, microorganism.
研究小组选择研究天然聚合体，因为它们是最好的药物“输送容器”，而且它们是无毒的、可以进行生物分解的、不会引起排斥反应的，因此大脑不会对它们产生抵制。
The research team chose to study natural polymers because they make excellent drug-carriers; they are non-toxic, biodegradable and biocompatible, therefore the brain will not reject them.
该系统是根据以及获得专利技术设计制造的，包括使用可生物吸收聚合体材料制造的可重复使用的工具和固定植入体。
The system is based on patented technology comprising reusable instruments and a fixation implant manufactured from both bioabsorbable and polymer materials.
该系统是根据以及获得专利技术设计制造的，包括使用可生物吸收聚合体材料制造的可重复使用的工具和固定植入体。
The system is based on patented technology comprising reusable instruments and a fixation implant manufactured from both bioabsorbable and polymer materials.
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