The Bioclone hydrophobic magnetic resins have been developed with the aim of providing an efficient and reliable solution for the separation of target molecules. These magnetic beads are specially designed with a high density of hydrophobic ligands on their surface, which makes them highly uniform and rigid polymeric beads. With their covalent surface chemistries, they offer greater physical and chemical stability, thereby making the production process robust and more manageable.

The use of Bioclone hydrophobic magnetic resins eliminates the need for the time-consuming and expensive chromatographic techniques such as agarose, cellulose, Sepharose, Sephadex-based columns or resins. These hydrophobic magnetic beads are made using nanometer-scale superparamagnetic iron oxide as core and are entirely encapsulated by a high purity silica shell. This ensures that there are no leaching problems associated with the iron oxide. Moreover, the pure inert silica results in less nonspecific binding, making the separation process even more effective.

BcMag™ C-4 Magnetic Beads, as shown in the figure below, are notably smaller in size compared to other alternatives, ranging from 1 to 5 µm in diameter. Their non-porous nature provides a much larger surface area, resulting in less nonspecific binding and higher resolution than porous supports. These beads are particularly effective in isolating larger molecular weight proteins and peptides. Moreover, this less retentive phase enables the rapid release of hydrophobic molecules by using weaker organic solvents.

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MSDS

Bioclone生物磁分离技术已经在生物科学的广泛应用中引起了广泛的兴趣。该
技术的优点是可以快速，简单和灵活地处理大型或微升规模的生物样品，
而无需费力地重复移液和离心操作。Bioclone已开发出广泛的产品组合，包括独特的
高品质超顺磁珠（亲和磁珠，反相磁珠，正相
磁珠，疏水相互作用磁珠，离子交换和混合模式磁珠），可用于
包括分馏在内的各种应用的蛋白质，肽，细胞，细菌，抗体，DNA / RNA和其他分子
复杂的生物样本。这些功能性磁珠（颗粒）与市售
自动磁处理器或简单的台式手动分离器兼容。