Method for transforming gene electrophoretogram into digital music

Abstract

The invention mainly relates to a method for transforming gene electrophoretogram into digital music. At present, a method for transforming electrophoretogram information into digital music is not reported. The invention uses the gene electrophoretogram with personalized characteristics as a basic material, organizes 16 groups of bands with personalized characteristics according to a certain sequence, and takes a standard molecular weight band as a reference to obtain the molecular weight numerical values of different bands in the 16 groups of bands and finally obtains 16 groups of values so as to obtain all the gene electrophoretogram digital information with personalized characteristics according to the sequence of from the 1st group to the 16th group. All obtained digits correspond to the 7 notes of a numbered musical notation according to the sequence of from 1 to 7, and 8, 9 and 0 correspond to higher notes of 1 to 3, eventually the gene music with personalized characteristics is formed. The gene music not only can be played via a television, radio, the Internet, ringtones, and the like, but also can be used as an integral part of religious music for various places for the cult of personality or religious commemorative activities.

Description

technical field [0001] The present invention mainly relates to a method for converting gene electrophoresis atlas into digital music. Personal characteristic gene information used is obtained through electrophoresis, and the digital information is converted into personal characteristic gene life music in a certain rule. Background technique [0002] With the continuous development of life science and information technology, people's understanding of themselves is becoming more and more abundant, and society has also entered the era of advocating individual value. The completion of the Human Genome Project marks that we are mastering "the language of life created by God". Most of the gene fragments between people are the same, only a very small part (about 0.1%) of the genes have personality characteristics, and these gene fragments are also the best biomarkers for distinguishing personalities. [0003] By amplifying the individual's characteristic sequence tag repeats (Sequ...

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Problems solved by technology

[0003] By amplifying the individual's characteristic sequence tag repeats (Sequence TagRepeats, STR), using gel electrophoresis separation technology, each person's different characteristic gene electrophoresis pattern is obtained, but each person's different gene electrophoresis pattern is converted into a musical form There is currently no method to express individual gene information. This method can allow people to experience life in a more direct way, enrich our understanding of life and respect for the value of life

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