Abstract: A computer software program to design an optimum oligo-nucleic acid base sequence candidate from nucleic acid base sequences being analyzed using a computer, the program comprising: a first command to receive the specification of respective tolerated ranges of double-chain bond temperature, base sequence length and GC content, and to store the information on the priority order of respective items in the memory; a second command, while extending the partial sequence in the aforementioned nucleic acid base sequences being analyzed, to determine whether or not a sequence in each length falls within respective tolerated ranges based on the priority items received by the aforementioned first command, and if it does fall within the ranges, to output the partial sequence in the applicable length as an oligo-nucleic acid base sequence candidate; and a third command to display, based on the aforementioned priority order, the oligo-nucleic acid sequence candidate outputted by the aforementioned second command along wit

Abstract: This invention relates to a computer software program product, including computer readable memory and a computer software program stored on the memory, for calculating linkage disequilibrium values for individual pairs of gene loci for two or more gene polymorphism data groups and displaying results comparatively on a display monitor.

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.