1) Affinity magnetic nanoparticle
亲和磁性毫微粒
2) magnetic nanoparticles
磁性毫微粒
1.
In thispaper,the history and developing tendency of magnetic carries of medicine are introduced,the methods of preparingmagnetic microspheres,magnetic liposomes,and magnetic nanoparticles are analysed and discussed.
介绍了磁性药物载体的发展现状,分析讨论了磁性微球、磁性毫微粒、磁性纳米脂质体等的制备方法。
3) Immunological magnetic nanoparticle
免疫磁性毫微粒
5) plasmid compatibility
质粒亲和性
6) magnetic particles
磁性微粒
1.
Purification of glutathione-S-transferase fusion protein by glutathione coupled magnetic particles
基于谷胱甘肽-磁性微粒的GST融合蛋白纯化体系的建立
2.
Magnetic particles are composed of magnetic nanoparticles and inorganic/organic materials via their interactions such as coating, crosslinking and modification.
磁性微粒是超顺磁性纳米粒子与有机或无机材料通过包覆、交联等方式而形成的纳微米级复合粒子。
3.
They offer advantages in both magnetic separation and in the immobilization of bio-molecules, therefore, the magnetic particles have been widely used in target delivery, MRI, magnetic bio-separation and solid-phase assay etc, herein, the application of magnetic particles in drug delivery and the magnetic affinity immunoassay(MAIA) for anti-HCV antibody and IL-8 was studied separately.
磁性微粒(magnetic particles)是由超顺磁性纳米粒子与高分子或无机材料等形成的胶态液体复合材料,兼有在外磁场中可分离性和对生物分子可标记性,近年来,磁性微粒作为一种新型磁性载体,广泛应用于靶向载药、免疫学检测、细胞分选及核酸分离纯化等生物医学领域。
补充资料：鸡毫
鸡毫 笔名。即“鸡毛笔”。
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