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- Carbonsilane dendrimer 有机硅树枝状大分子
- The research of dendrimer was introduced. 同时对树状接枝进行了简要的介绍。
- The dendrimer locks onto toxins and neutralizes them. 树状物锁在毒物表面，从而中和毒物。
- To combat toxins that don't have a lipid membrane, a synthetic cell called a dendrimer can be mixed into the antidote. 为了抵抗没有类脂膜的毒素，可以把一种叫树状物的合成细胞混合进解毒剂里。
- Objective To study the application of dendrimer DNA hybridization (DDH) technology in HEV detection. 目的 研究树状DNA杂交 (DDH)技术在戊型肝炎病毒 (HEV)检测中的应用。
- Urushibara-Co showed the best catalytic selectivity, and the hydrogenation provided PPI dendrimer of 1. 漆原钴的催化选择性好,催化氢化过程中发生的副反应较少,还原产物1。
- The results showthat the electrostatic and nonpolar in-teractions between the dendrimer and the dye coexisted,but the former was dominant. 发现静电相互作用和非极性相互作用同时存在,但静电相互作用起主要作用。
- Possibility and problems about application of hyperbranched polymer and dendrimer for demulsifying crude oil emulsions were reviewed. 评述了超支化聚合物和树枝状聚合物作为新型破乳剂的可能性和存在问题。
- This ability would allow a custom-made dendrimer to release its load of drugs in just the tissues or organs needing treatment. 具有这种能力的特制树状体，只有在抵达需要接受治疗的组织或器官时，才释放出所携带的药物来。
- Dendrimer is a kind of new material which is widely applied in the fields of chemistry,bio-iatrology,and environment protection,etc. 树枝状大分子在化学、生物医学、环境保护等领域应用广泛,是近年来发展迅速的一类新型材料。
- What is more, self-assembly of dendrimer into liquid crystalline aggresgates and dendritic self-assembled monolayers are displayed. 另外,树形大分子自组装,可得到高度有序的液晶聚集体和单层膜,也可增加其它有机物的溶解性。
- The BSA-PMAMA dendrimer was bonded to inner wall of capillary as staionary phases for open tubular capillary electrochromatography (OT-CEC). 在不同代数PAMAM修饰的开管毛细管电色谱柱的内壁进一步键合BSA配体，获得了以树枝状大分子PAMAM为间隔臂，BSA为配体的新型亲和毛细管电色谱柱，采用荧光标记法对所合成的BSA修饰的开管毛细管电色谱柱进行了表征。
- The interactions between PAMAM dendrimer and nylon 6 matrix and the interface layer formed were discussed to explain the unique in... PAMAM与尼龙6之间强烈的相互作用,以及两相界面上形成的密实薄层,是尼龙6力学性能提高的原因。
- Already dendrimer devices have yielded very high luminous efficiencies (more than 50 candelas per ampere and 40 lumens per watt). 树状体所做的装置已经可以高效率地发光，超过每安培50烛光，每瓦特40流明。
- Dendrimer of two branch core, three branch core, four branch core, six branch core, with original structure, have been reported in the literature. 文献报道的有两方向引发核、三方向引发核、四方向引发核、六方向引发核等结构新颖的树枝状分子。
- Molecular design of structure：comparing with other PAMAM dendrimer core, cyclotriphosphazene has more functional groups on its coal surface. 多功能化多层次三聚膦腈核树枝状大分子 的合成、结构与性能研究 摘 要 （1）从分子设计看三聚膦腈核PAMAM树枝状高分子的合成 1.;组成结构的分子设计：三聚膦腈作为树枝状大分子的核心较其他核拥有更高的表面官能团密度。
- Peptide dendrimer, as a member of dendrimeric materials, has a lot of uniq ue physical and chemical characteristics compared to normal peptide chains. 树状多肽作为树枝状大分子的一种,具有不同于链状多肽的独特理化特性,在生物学领域中具有广泛的应用。
- Dendrimer is a new kind of polymerized molecule,which is highly symmetrical,monodisperse and outstanding mechanical property. 树状聚合物具有单分散、对称性高、机械性能好的特性,是一种用途广泛的新型材料。
- Dendrimer size increases linearly and the number of surface functional groups increases exponentially with generation number. 树枝状大分子的大小呈线性增长，而外层功能化基团呈级数增长。
- The potential of the PEGylated PAMAM dendrimer as an anti-tumor drug carrier was evaluated using methotrexate(MTX) as a model drug. 通过包裹与释放实验研究该药物载体对抗癌药物甲氨蝶呤(MTX)的包裹及释放能力。
