Abstract: The present invention relates to a method for extending a half-life of a protein, comprising substituting one lysine residue in each of the amino acid sequences in two proteins, or to a protein having an extended half-life. The protein in which lysine residues have been substituted according to the present invention remains in the body for an extended period of time, and exhibits excellent treatment results. In addition, two proteins can be produced and provided in a single production process.

Abstract: Provided is a genome data compression method of compressing FASTQ-formatted genome data, the method including: storing, by a first core that is one of the M cores, fixed header data in the first line of the first piece of sequence data in a compression result storage; and allocating, by the first core, N (N is a natural number of 2 or greater) pieces of the sequence data to each of the other M-1 (M is a natural number of 4 or greater) cores (hereinafter, referred to as “the remaining cores”), and performing compression by each of the remaining cores to compress N*(M-1) pieces of the sequence data together in parallel processing, and storing a compression result in the compression result storage, wherein the compression performed by each of the remaining cores is performed, including: primary compression in which for the N pieces of the sequence data, a process of the following stages for each piece of the sequence data is repeated: a stage in which a fixed header in the first line is removed; a stage in which

Abstract: A method for recognizing a music score included in an image and various information included in the music score, which may be obtained through a camera provided in a mobile terminal without requiring a separate editing program. The method includes detecting a region with staff lines from the image including the music score; detecting a region with an accompaniment chord from the image by taking the region with the staff lines and a region with a musical note into consideration; extracting and removing the staff lines from the music score included in the image; recognizing the musical note by extracting the musical note from the image, from which the staff lines have been removed; recognizing the accompaniment chord by extracting the accompaniment chord from the image, from which the staff lines have been removed; and generating data for reproducing a sound source corresponding to the musical note and accompaniment chord.

Abstract: A method for recognizing a music score included in an image and various information included in the music score, which may be obtained through a camera provided in a mobile terminal without requiring a separate editing program. The method includes detecting a region with staff lines from the image including the music score; detecting a region with an accompaniment chord from the image by taking the region with the staff lines and a region with a musical note into consideration; extracting and removing the staff lines from the music score included in the image; recognizing the musical note by extracting the musical note from the image, from which the staff lines have been removed; recognizing the accompaniment chord by extracting the accompaniment chord from the image, from which the staff lines have been removed; and generating data for reproducing a sound source corresponding to the musical note and accompaniment chord.