Selected article for: "gene prediction and prediction tool"

Author: Wang, Shiliang; Sundaram, Jaideep P; Spiro, David
Title: VIGOR, an annotation program for small viral genomes
  • Document date: 2010_9_7
  • ID: 0lbxvudt_28
    Snippet: To assess the performance of VIGOR, five sets of annotated sample sequences were downloaded from Gen-Bank. These included influenza virus, rotavirus, coronavirus, SARS coronavirus and rhinovirus. VIGOR was compared to three separate gene finding programs: GeneMarkS, ZCURVE_V and FLAN. GeneMarkS [2] and ZCURVE_V [14] both are ab initio universal gene finding programs. FLAN is a web-based gene prediction tool specific for influenza viruses that was.....
    Document: To assess the performance of VIGOR, five sets of annotated sample sequences were downloaded from Gen-Bank. These included influenza virus, rotavirus, coronavirus, SARS coronavirus and rhinovirus. VIGOR was compared to three separate gene finding programs: GeneMarkS, ZCURVE_V and FLAN. GeneMarkS [2] and ZCURVE_V [14] both are ab initio universal gene finding programs. FLAN is a web-based gene prediction tool specific for influenza viruses that was developed at NCBI for the Influenza Genome Sequencing Project and has been widely used to annotate influenza sequences [15] . FLAN uses the similarity based approach, comparing the influenza genomic sequences with annotated influenza peptide sequences to identify open reading frames. GeneMarkS and ZCURVE_V were run for all sample genomes, while FLAN was run only on influenza genomes.

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