Selected article for: "gene prediction and genomic sequence"
Author: Wang, Shiliang; Sundaram, Jaideep P.; Stockwell, Timothy B.
Title: VIGOR extended to annotate genomes for additional 12 different viruses
  • Document date: 2012_6_4
    • ID: wd3ir3wg_16
    Snippet: The VIGOR interface was implemented in Perl CGI, PHP, HTML, CSS and Javascript, and the executables for gene prediction were programmed by Perl as described (3). The VIGOR interface has been adjusted to accommodate some new features. Users can submit the FASTA or multi-FASTA format genomic sequences by pasting them into the input sequence area or uploading a local sequence file. The user e-mail address is optional and needs only be supplied if th.....
    Document: The VIGOR interface was implemented in Perl CGI, PHP, HTML, CSS and Javascript, and the executables for gene prediction were programmed by Perl as described (3). The VIGOR interface has been adjusted to accommodate some new features. Users can submit the FASTA or multi-FASTA format genomic sequences by pasting them into the input sequence area or uploading a local sequence file. The user e-mail address is optional and needs only be supplied if the user wishes to receive a notification e-mail from the system. A URL for the result page will be displayed immediately on submitting data for prediction. The time needed to complete the gene predictions and format the results depends on the size of data submitted by the user. Users can periodically refresh the result page or wait for the notification e-mail, if it is provided. Either way, users can bookmark the result page for future reference.

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