Abstract
Viral (meta)genomics is a rapidly growing field of study that is hampered by an inability to annotate the majority of viral sequences; therefore, the development of new bioinformatic approaches is very important. Here, we present a new automatic de novo genome annotation pipeline, called VIGA, to annotate prokaryotic and eukaryotic viral sequences from (meta)genomic studies. VIGA was benchmarked on a database of known viral genomes and a viral metagenomics case study. VIGA generated the most accurate outputs according to the number of coding sequences and their coordinates, outputs also had a lower number of non-informative annotations compared to other programs.
Footnotes
Email addresses: EGT: enrique.gonzaleztortuero{at}ucc.ie; enriquegleztortuero{at}gmail.com TDSS: t.sutton{at}umail.ucc.ie VV: mail{at}vimal.io ANS: andrey.shkoporov{at}ucc.ie LAD: l.draper{at}ucc.ie SRS: stephen.stockdale{at}teagasc.ie RPR: p.ross{at}ucc.ie CH: c.hill{at}ucc.ie