Expediting magnetic separation by using Ni wires for robot-manipulated bio-sensing system

R. Shimazu, M. Tada, N. Matsushita, H. Handa, M. Abe
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Abstract

In this study a mm-sized high-efficiency magnetic separator using Ni wires as the field gradient enhancing bodies was developed. This enables the use of bioactive beads having a few nm or smaller size that cannot be separated by a conventional magnetic separation technique. This will improve efficiency of bio-sensing much, because the smaller the beads, the larger the specific surface area, and thus the greater the number of bioactive molecules fixed on their surfaces. The developed magnetic separators are applicable to robot-manipulated bio-sensing systems.
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利用镍线加速机器人操纵生物传感系统的磁分离
本文研制了一种以镍丝为磁场梯度增强体的mm级高效磁选机。这使得使用生物活性珠具有几纳米或更小的尺寸,不能通过传统的磁分离技术分离。这将大大提高生物传感的效率,因为珠子越小,比表面积越大,因此固定在其表面的生物活性分子数量就越多。所研制的磁选器适用于机器人操作的生物传感系统。
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