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. 2019 Jul 2;11(7):600. doi: 10.3390/v11070600

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© 2019 by the authors.

Licensee MDPI, Basel, Switzerland. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution (CC BY) license (http://creativecommons.org/licenses/by/4.0/).

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Putative genomic map of the chameleon IIV isolate (Ir. iso. 1) constructed based on nine contigs of an Illumina de novo assembly, and applying the ORF numbering of IIV6. Red dotted rectangles indicate the genome regions, which were earlier covered by a Sanger method based comparison of the isolates (please note that the gaps joining the contigs are not proportional to their actual probable size, but were arbitrarily set to 1 kbp). ORF highly similiar (85%–100%) to IIV6 homolog. ORF broken or much shorter (>20%) than IIV6 homolog. ORF is joined into one ORF from two IIV6 homologs. ORF most similar to an IIV31 (genus Iridovirus) gene/ORF. ORF most similar to a polyiridovirus (genus Chlorididovirus) gene. ORF most similar to a gene from a non-IV large DNA virus. ORF most similar to a gene from a eukaryotic organism. ORF most similar to a gene from a prokaryote. ORF with no homology to current GenBank entries. GAP (not yet sequenced part, arbitraty 1000, N’s joining of the mapped contigs).

Inline graphic — Putative genomic map of the chameleon IIV isolate (Ir. iso. 1) constructed based on nine contigs of an Illumina de novo assembly, and applying the ORF numbering of IIV6. Red dotted rectangles indicate the genome regions, which were earlier covered by a Sanger method based comparison of the isolates (please note that the gaps joining the contigs are not proportional to their actual probable size, but were arbitrarily set to 1 kbp). ORF highly similiar (85%–100%) to IIV6 homolog. ORF broken or much shorter (>20%) than IIV6 homolog. ORF is joined into one ORF from two IIV6 homologs. ORF most similar to an IIV31 (genus Iridovirus) gene/ORF. ORF most similar to a polyiridovirus (genus Chlorididovirus) gene. ORF most similar to a gene from a non-IV large DNA virus. ORF most similar to a gene from a eukaryotic organism. ORF most similar to a gene from a prokaryote. ORF with no homology to current GenBank entries. GAP (not yet sequenced part, arbitraty 1000, N’s joining of the mapped contigs).