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产品描述
与使用氧化铁制成的顺磁颗粒不同,阿拉丁铁磁颗粒是使用涂覆在均匀聚苯乙烯颗粒上的二氧化铬制备的。 一旦暴露在磁场中,这些颗粒就会保持磁性。 颗粒可以反复和可重复地消磁和重新磁化。 铁磁颗粒已被用于研究跨细胞表面和通过细胞骨架的机械转导,方法是将铁磁颗粒与细胞表面受体结合,并使用一种装置将机械应力直接施加到受体上,以扭转细胞表面上的磁性颗粒
产品规格与参数:
项目号 | 名称 | 浓度 | 粒径 |
C494359-A2.0μm-2mL | 羧基铁磁性微球 | 1.0%w/v | 2.0-2.9µm |
C494359-B4.0μm-2mL | 羧基铁磁性微球 | 1.0%w/v | 4.0-4.9µm |
C494359-C6.0μm-2mL | 羧基铁磁性微球 | 1.0%w/v | 6.0-7.9µm |
C494359-D8.0μm-2mL | 羧基铁磁性微球 | 1.0%w/v | 8.0-8.9µm |
C494359-E28.0μm-2mL | 羧基铁磁性微球 | 0.5%w/v | 28.0-34.9µm |
C494359-F90.0μm-2mL | 羧基铁磁性微球 | 1.0%w/v | 90.0-120.0µm |
Product description:
Unlike paramagnetic particles that are made using iron oxide, Aladdin Ferromagnetic Particles are prepared using chromium dioxide coated onto uniform polystyrene particles. These particles retain magnetism once exposed to a magnetic field. The particles can be demagnetized and re-magnetized repeatedly and reproducibly. Ferromagnetic particles have been used for studying mechanotransduction across the cell surface and through the cytoskeleton by binding ferromagnetic particles to cell surface receptors and applying mechanical stress directly to the receptor using a device to twist the magnetic particle on the cell surface
Product specifications and parameters:
SKU | Name | Concentration | Particle size |
C494359-A2.0μm-2mL | Carboxyl Ferromagnetic Particles | 1.0%w/v | 2.0-2.9µm |
C494359-B4.0μm-2mL | Carboxyl Ferromagnetic Particles | 1.0%w/v | 4.0-4.9µm |
C494359-C6.0μm-2mL | Carboxyl Ferromagnetic Particles | 1.0%w/v | 6.0-7.9µm |
C494359-D8.0μm-2mL | Carboxyl Ferromagnetic Particles | 1.0%w/v | 8.0-8.9µm |
C494359-E28.0μm-2mL | Carboxyl Ferromagnetic Particles | 0.5%w/v | 28.0-34.9µm |
C494359-F90.0μm-2mL | Carboxyl Ferromagnetic Particles | 1.0%w/v | 90.0-120.0µm |