A method for identifying key proteins using an improved hits algorithm
A protein, a key technology, applied in the field of bioinformatics, can solve the problems of not considering the directionality of the weighting process, the recognition accuracy and efficiency are not very high, and the lack of holistic understanding of the method, so as to achieve a good fusion of network topology characteristics and biological characteristics, Promoting widespread application and improving operational efficiency
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[0118] This example intends to use the yeast data set of the DIP database as the simulation data set. After deduplication and other processing, the yeast data set in the DIP contains 5093 proteins and 24743 interaction relationships. Gene expression data were collected from the yeast dataset in the GEO database, which included 7074 genes. The GO database is one of the most comprehensive ontology databases in bioinformatics, and yeast GO annotation data was obtained from the GO Consortium database. The subcellular locations were divided into eleven locations and the data was taken from the COMPARTMENTS database which contained 5095 proteins and 206831 subcellular location records. The key protein standard database is integrated from 4 databases, including MIPS, SGD, DEG and SGDP, which contain 1285 key proteins, corresponding to 1167 key proteins in yeast data. The experimental platform of the present invention is Windows 10 64-bit operating system, the processor is Intel(R) C...
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