摘要:
Provided is a micro-fluidic (210) device having multiple reaction chambers (100,110,120,130,140,150,160,170,180) to simultaneously detect a plurality of different analytes, and an analyte detection method using the same. The micro-fluidic device (210) includes multiple reaction chambers (100,110,120,130,140,150,160,170,180) containing a plurality of capture materials to be combined with different analytes, multiple channels (185) connecting the multiple reaction chambers, and valves (187) provided within the multiple channels to control fluid flowing through the channels.
摘要:
An assay method enhances reliability of assay of a target material by removing interfering influence of non-target materials through controlling the concentration of the target material in a sample. A reagent kit, a microfluidic device, and a test apparatus are disclosed. The method includes capturing a target material using a capturing agent which selectively binds the target material and determining measured values of reaction products of an enzyme which is activated by the target material, wherein enzyme reactions are conducted in the presence and absence of the capturing agent.
摘要:
An assay method enhances reliability of assay of a target material by removing interfering influence of non-target materials through controlling the concentration of the target material in a sample. A reagent kit, a microfluidic device, and a test apparatus are disclosed. The method includes capturing a target material using a capturing agent which selectively binds the target material and determining measured values of reaction products of an enzyme which is activated by the target material, wherein enzyme reactions are conducted in the presence and absence of the capturing agent.
摘要:
Provided is a micro-fluidic device having multiple reaction chambers to simultaneously detect a plurality of different analytes, and an analyte detection method using the same. The micro-fluidic device includes multiple reaction chambers containing a plurality of capture materials to be combined with different analytes, multiple channels connecting the multiple reaction chambers, and valves provided within the multiple channels to control fluid flowing through the channels.