Abstract: A disease risk information display device and program, for enabling straightforward understanding of which degree of risk there is to what kind of disease, is provided with an analysis processing section 18 for carrying out singular value decomposition taking medical data for a plurality of individuals as input data and outputting a set of singular values characterizing the physical condition of each individual, and a diagram production section 19 for determining coordinates representing each individual in two-dimensional coordinate space based on the singular values, selecting a plurality of reference points in two-dimensional coordinate space, calculating the possibility of individuals represented by coordinates of each reference point contracting a certain disease based on statistical data, determining coordinates in a height direction of the reference points based on calculated possibility, and producing three-dimensional diagrams.

Abstract: A computer software program and a method are provided to design an optimum oligo-nucleic acid sequence candidate from a nucleic acid base sequence. The program comprises a first command for receiving and storing a specified tolerance of double-chain bond temperature; a second command for computing the double-chain bond temperature of a partial sequence at each length, as extending the length; and a third command for determining whether or not the double-chain bond temperature computed by the second command falls within the tolerance specified by the first command, and in case it falls within the range, for outputting the partial sequence with the length as an oligo-nucleic acid sequence candidate. Based on the inputted tolerance of double-chain bond temperature, oligo-nucleic acid sequences with various lengths that meet the double-chain bond temperature condition can be obtained. An oligo-nucleic acid array mounted with the designed oligo-nucleic acid sequences is also provided.