Abstract: The present invention relates to an analyte detection device comprising: a sample chamber for storing a mixture solution of a sample comprising an analyte and a reactant comprising particles; a detection chamber for storing a detection solution; and a channel placed between the sample chamber and the detection chamber to prevent the mixture solution and the detection solution from being mixed with each other, the analyte detection device characterized by detecting the analyte by moving the particles from the sample chamber to the detection chamber using moving means.

Abstract: The present relates to an analyte detection device comprising: a simple chamber for storing a mixture solution of a sample comprising an analyte and a reactant comprising particles; a detection chamber for storing a detection solution; and a channel placed between the sample chamber and the detection chamber to prevent the mixture solution and the detection solution from being mixed with each other, the analyte detection device characterized by detecting the analyte by moving the particles from the sample chamber to the detection chamber using moving means.

Abstract: The present invention relates to an analyte detection device comprising: a sample chamber for storing a mixture solution of a sample comprising an analyte and a reactant comprising particles; a detection chamber for storing a detection solution; and a channel placed between the sample chamber and the detection chamber to prevent the mixture solution and the detection solution from being mixed with each other, the analyte detection device characterized by detecting the analyte by moving the particles from the sample chamber to the detection chamber using moving means.

Abstract: Provided is a method and apparatus for detecting analytes, in which an analyte-receptor complex that is formed by a coupling of an analyte and a receptor is separated from a free receptor that has not been coupled with the analyte, to then detect the analyte-receptor complex. The method and apparatus for detecting analytes does not only provide an effect of detecting various substances with a single sensor chip, but also provides advantages of detecting a particular object substance from a sample containing a number of substances and easily amplifying a signal.

Abstract: The present invention relates to a method for introducing a functional group to the surface of a material. The present invention provides a method for introducing a mixture of a lipid and a compound containing a functional group to the surface of a material. The method, for example, comprises the steps of: mixing a lipid with a compound containing a functional group to form liposome; and introducing the liposome to the surface of a material. The method enables a simple process and the reduction of processing time, compared with conventional chemical surface treatment methods. Additionally, the method ensures high efficiency and reproducibility when fixing a receptor on the surface of a material. Furthermore, the method does not need to use various reagents and is simple, so people unfamiliar with chemistry can utilize the method easily.