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magnetic molecules: functionalised magnetic ferritine verwendendes procedure for the selective removal of contaminants from solutions by magnetfiltration

机译:磁性分子:功能化的磁性铁蛋白Verwendendes程序,用于通过磁过滤从溶液中选择性去除污染物

摘要

A decontamination system uses magnetic molecules having ferritin cores to selectively remove target contaminant ions from a solution. The magnetic molecules are based upon a ferritin protein structure and have a very small magnetic ferritin core and a selective ion exchange function attached to its surface. Various types of ion exchange functions can be attached to the magnetic molecules, each of which is designed to remove a specific contaminant such as radioactive ions. The ion exchange functions allow the magnetic molecules to selectively absorb the contaminant ions from a solution while being inert to other non-target ions. The magnetic properties of the magnetic molecule allow the magnetic molecules and the absorbed contaminant ions to be removed from solution by magnetic filtration.
机译:净化系统使用具有铁蛋白核心的磁性分子从溶液中选择性去除目标污染物离子。磁性分子基于铁蛋白蛋白结构,并具有非常小的磁性铁蛋白核和附着在其表面的选择性离子交换功能。各种类型的离子交换功能可以连接到磁性分子,每种设计用于去除特定的污染物,例如放射性离子。离子交换功能允许磁性分子从溶液中选择性吸收污染物离子,同时对其他非目标离子呈惰性。磁性分子的磁性允许通过磁性过滤将磁性分子和吸收的污染物离子从溶液中去除。

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