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    • 1. 发明申请
    • MAGNETIC-LABEL SENSOR AND CARTRIDGE
    • 磁性标签传感器和盒子
    • WO2010035174A1
    • 2010-04-01
    • PCT/IB2009/054046
    • 2009-09-16
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.VAN ZON, HansOVSYANKO, Mikhail, M.NIEUWENHUIS, Jeroen, H.
    • VAN ZON, HansOVSYANKO, Mikhail, M.NIEUWENHUIS, Jeroen, H.
    • G01N33/543G01N35/00
    • G01N21/552G01N15/1463G01N2015/1493
    • A cartridge (1,3) for a magnetic-label sensor, in particular for a magnetic-label biosensor, comprises a sensor area (4), a fluid channel (2) in contact with said sensor area and first (A) and second (Bl, B2) reservoirs in fluid communication with said fluid channel. The first reservoir comprises a first type of magnetic particles (8) and the second reservoir comprises a second type of magnetic particles (8a). The first type of magnetic particles are functionalized for binding with said sensor area, whereas the second type of magnetic particles are non- functionalized for binding with said sensor area. The magnetic particles (8, 8a) are manipulated using magnet (13). Detection is based on frustrated total internal reflection (FTIR) is hereby light from laser/LED (II) is reflected at sensor area (4) and detected by photodetector/CCD(12).
    • 用于磁标签传感器的磁带(1,3),特别是用于磁标签生物传感器,包括传感器区域(4),与所述传感器区域接触的流体通道(2)和第一(A)和第二 (B1,B2)与所述流体通道流体连通的储存器。 第一储存器包括第一类型的磁性颗粒(8),第二储存器包括第二类型的磁性颗粒(8a)。 第一类型的磁性颗粒被功能化用于与所述传感器区域结合,而第二类型的磁性颗粒是非功能化的,用于与所述传感器区域结合。 使用磁体(13)来操纵磁性颗粒(8,8a)。 检测是基于沮丧的全内反射(FTIR)因此来自激光/ LED(II)被反射在传感器区域(4)处并由光电检测器/ CCD(12)检测。