<p>ORFs functions are shown in different colors. The 70 putative promoters were represented by an arrow and 31 putative rho-independent transcriptional terminators by stem loops.</p
<p>In green, the core ORFs homologous in the 11 bacteriophages; red and blue ORFs are common to the ...
<p>Putative host-specific and phage-specific promoters and Rho-factor independent terminators are in...
<p>The genome of phage SfMu is shown with a scale in bp. Predicted <i>orfs</i> are designated with a...
<p>The different ORFs are colored according to their putative function: yellow, unknown; red, biosyn...
<p>The different ORFs are colored according to their putative function: yellow, unknown; orange, ter...
<p>The different ORFs are colored according to their putative function: yellow, unknown; grey, trans...
<p>The schematic represents the whole genome with the ORFs numbered from left to right. Different co...
<p>The different ORFs are colored according to their putative function: yellow, unknown; orange, ter...
<p>The different ORFs are colored according to their putative function: yellow, unknown; red nucleot...
<p>Each arrow represents an ORF, with the colour representing the putative function of the encoded p...
<p>The numbers in parentheses indicate the length (aa) of the ORF. The arrows represent the directio...
Genome organization is shown as a linear map oriented to start at the small terminase subunit gene. ...
<p><b>A.</b> Physical map of ΦB124-14 genome. <b>Outer track:</b> Position and orientation of each p...
<p>(<b>A</b>) Conserved gene order of <i>orf</i> relative to the replication and lysis genes of lamb...
<p>The scale above the phage genome SOCP is in base pairs. Each arrow represents a gene, and the num...
<p>In green, the core ORFs homologous in the 11 bacteriophages; red and blue ORFs are common to the ...
<p>Putative host-specific and phage-specific promoters and Rho-factor independent terminators are in...
<p>The genome of phage SfMu is shown with a scale in bp. Predicted <i>orfs</i> are designated with a...
<p>The different ORFs are colored according to their putative function: yellow, unknown; red, biosyn...
<p>The different ORFs are colored according to their putative function: yellow, unknown; orange, ter...
<p>The different ORFs are colored according to their putative function: yellow, unknown; grey, trans...
<p>The schematic represents the whole genome with the ORFs numbered from left to right. Different co...
<p>The different ORFs are colored according to their putative function: yellow, unknown; orange, ter...
<p>The different ORFs are colored according to their putative function: yellow, unknown; red nucleot...
<p>Each arrow represents an ORF, with the colour representing the putative function of the encoded p...
<p>The numbers in parentheses indicate the length (aa) of the ORF. The arrows represent the directio...
Genome organization is shown as a linear map oriented to start at the small terminase subunit gene. ...
<p><b>A.</b> Physical map of ΦB124-14 genome. <b>Outer track:</b> Position and orientation of each p...
<p>(<b>A</b>) Conserved gene order of <i>orf</i> relative to the replication and lysis genes of lamb...
<p>The scale above the phage genome SOCP is in base pairs. Each arrow represents a gene, and the num...
<p>In green, the core ORFs homologous in the 11 bacteriophages; red and blue ORFs are common to the ...
<p>Putative host-specific and phage-specific promoters and Rho-factor independent terminators are in...
<p>The genome of phage SfMu is shown with a scale in bp. Predicted <i>orfs</i> are designated with a...
DOI
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