1) Magnetic microsphere aggregates
磁性微球聚集体
2) magnetic microsphere aggregate
磁性复合微球聚集体
1.
Preparation of magnetic microsphere aggregates by self-assembly
自组装制备磁性复合微球聚集体
3) magnetic chitosan microspheres
磁性壳聚糖微球
1.
Preparation of water soluble chitosan and magnetic chitosan microspheres;
水溶性壳聚糖及磁性壳聚糖微球的制备
2.
Preparation of Aspirin magnetic chitosan microspheres;
阿司匹林磁性壳聚糖微球的研制
3.
Nanometer Fe_3O_4 particle was synthesized by coprecipitation,then magnetic chitosan microspheres whitch can immobilize pectinase were prepared by the suspension cross-linking technique.
结果表明:制得的磁性壳聚糖微球的粒径在50nm左右,分布较窄,且呈规则的球形,红外光谱测定微球的特征官能团结构,表明已包覆了Fe_3O_4粒子;分光光度法表明磁性微球具有很强的磁响应性。
4) magnetic chitosan microsphere
磁性壳聚糖微球
1.
Adsorption effects of magnetic chitosan microsphere on protein of soy whey waste water were studied in this paper.
采用磁性壳聚糖微球吸附的方法吸附大豆乳清废水中蛋白质。
2.
Yeast cells were immobilized on magnetic chitosan microspheres by swelling-adsorption method and the effect of immobilizing yeast cells was investigated.
通过溶胀-吸附法用磁性壳聚糖微球固定化酵母细胞,考察了磁性壳聚糖微球固定化酵母细胞的效果。
5) magnetic polymer microsphere
磁性聚合物微球
1.
Then the magnetic polymer microspheres were prepared by the dispersion polymerization with ferrofluid.
进而采用磁流体存在下的分散聚合法制得了磁性聚合物微球 。
2.
It needs magnetic polymer microspheres with large parti.
磁性聚合物微球是指通过适当的方法使聚合物与无机磁性物质结合起来，形成具有磁性及特殊结构的微球。
3.
The Fe3O4 nano-particles were prepared by a precipitation method,and the magnetic polymer microspheres P(St-GMA)/Fe3O4 were synthesized by dispersion polymerization using the modified Fe3O4,styrene(St) and glucidylmethacrylate(GMA).
采用沉淀法制备了Fe3O4纳米粒子,以苯乙烯(St)、甲基丙烯酸缩水甘油酯(GMA)为聚合单体,使用分散聚合法制备了P(St-GMA)/Fe3O4磁性聚合物微球。
6) dextran magnetic microsphere
葡聚糖磁性微球
1.
The application of dextran magnetic microsphere in biomedicine fields such as enzyme immobilization,drug targeting,cell separation and immunoassay,clinical diagnose and therapy were in detail reviewed,and the prospects of following work were commented.
葡聚糖磁性微球作为一种新型功能材料,在生物医学、细胞学和生物工程学等领域有着广泛的应用前景。
补充资料：磁性微球
分子式：
CAS号：
性质：靶向制剂的一种，即将药物包成带磁性的微球。服用这种制剂后，在体外适当部位用一适宜强度磁铁，将磁性微球引导到体内特定的靶区，使达到需要的浓度。这种载体的特点：(1)将药物随载体被吸引到靶区周围，使靶区很快达到所需浓度，在其他部位分布量相应减少，因此可降低用药剂量；(2)药物极大部分在局部作用，相对减少了药物对人体正常组织的副作用，特别是降低了对肝、脾、肾等造血和排泄系统的损害；(3)加速产生药效，提高疗效。制备磁性微球的方法有加热固化法和加交联剂固化法。
CAS号：
性质：靶向制剂的一种，即将药物包成带磁性的微球。服用这种制剂后，在体外适当部位用一适宜强度磁铁，将磁性微球引导到体内特定的靶区，使达到需要的浓度。这种载体的特点：(1)将药物随载体被吸引到靶区周围，使靶区很快达到所需浓度，在其他部位分布量相应减少，因此可降低用药剂量；(2)药物极大部分在局部作用，相对减少了药物对人体正常组织的副作用，特别是降低了对肝、脾、肾等造血和排泄系统的损害；(3)加速产生药效，提高疗效。制备磁性微球的方法有加热固化法和加交联剂固化法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条