Abstract: The present invention relates to a method for fabrication of a tailored gene chip for a genetic test and, more specifically, to a method for designing a tailored chip for accuracy improvement in a genetic test, that is, for determining which markers are included upon the fabrication of a tailored gene chip. The tailored gene chip according to the present invention can acquire more accurate data, compared to the use of commercialized gene chips, and thus is advantageous for a gene test. In addition, selection can be made of more accurate markers even from a lower number of markers since a marker selection method used for configuring the tailored gene chip is carried out in consideration of a target ethnic group.

Abstract: The present invention relates to a device and a method for predicting the risk for a disease combined with the genetic risk for an associated phenotype, in which a disease genetic risk for a disease and a phenotypic genetic risk for a phenotype (related diseases, lifestyle, etc.) related to the disease are obtained based on information on the genotype of a user, and a comprehensive genetic risk for the disease is obtained based on the disease genetic risk and the phenotypic genetic risk, and thus, more objective and accurate disease prediction is possible.