Selected article for: "genome sequence and length genome"

Author: Yu, Chenglong; Liang, Qian; Yin, Changchuan; He, Rong L.; Yau, Stephen S.-T.
Title: A Novel Construction of Genome Space with Biological Geometry
  • Document date: 2010_4_1
  • ID: 3c4dttrt_43
    Snippet: A novel construction of genome space with biological geometry [Vol. 17, space is stable for genomic rearrangement, we consider the following simulated experiment. We choose the human mitochondrion genome and then invert its two genes ATPase 6 and Cytochrome oxidase III to get a simulated genome, which we called human AC genome. We can treat this new genome as the result of the inversion of genes from the human mitochondrion genome. Next, we rando.....
    Document: A novel construction of genome space with biological geometry [Vol. 17, space is stable for genomic rearrangement, we consider the following simulated experiment. We choose the human mitochondrion genome and then invert its two genes ATPase 6 and Cytochrome oxidase III to get a simulated genome, which we called human AC genome. We can treat this new genome as the result of the inversion of genes from the human mitochondrion genome. Next, we randomly generate a genome sequence which has the same length and nucleotide content as the human mitochondrion genome, which we called random genome. Thus, we have three genomes of the same length and nucleotide content: human, human AC, and random.

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