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for low-density plasma protein separation device , method of manufacturing a low-density protein separation device for plasma and low-density protein separation method of
for low-density plasma protein separation device , method of manufacturing a low-density protein separation device for plasma and low-density protein separation method of
the present invention, in the plasma comprises a high density protein (high density lipoproein) protein and low-density (low density lipoproein ) in the plasma separation device for separating the protein from a low density, one or a plurality of nano-pole (nanopore) form an electric field in the plasma flowing into the filter, the filter of the one or a plurality of solid state, which is formed and , provides a low-density plasma for protein separation device that is moved so as to pass through the nano-electric pole for the high-density protein comprises an electric field generating means to separate the protein from the said low-density plasma by the electric field. ; In the present invention, the structure of the low-density protein separation device for the plasma, and is very simple, the production cost is very low. In addition, very high separation efficiency of the low-density proteins, low-density separation of the protein can be in a short time, and the risk when applied to the human body has a very low effect. Furthermore, when the surface charge amount adjusting means by the surface charge of the inner surface of the nano-pole control, is the separation efficiency is further improved. ; In addition, when the filters are arranged in parallel with one another plurality dog, the The separation efficiency of a low-density protein can be further improved.
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机译:在本发明中,血浆中包括高密度蛋白(high density lipoproein)蛋白和低密度(low density lipoproein)血浆分离装置,用于将蛋白与低密度,一个或多个纳米级(纳米孔)在流入过滤器的血浆中形成电场,形成一个或多个固态的过滤器,并形成低密度血浆用于蛋白质分离装置,使其移动以通过用于高密度蛋白质的纳米电极包括电场产生装置,该电场产生装置通过电场将蛋白质与所述低密度血浆分离。 ;在本发明中,血浆用低密度蛋白质分离装置的结构非常简单,生产成本非常低。另外,低密度蛋白质的极高分离效率,蛋白质的低密度分离可在短时间内完成,并且应用于人体时的风险具有非常低的效果。此外,当通过纳米极控制的内表面的表面电荷调节表面电荷量时,分离效率进一步提高。 ;另外,通过将过滤器与多只狗并排配置,可以进一步提高低密度蛋白质的分离效率。
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