<p>The different ORFs are colored according to their putative function: yellow, unknown; red, biosynthesis; green, morphogenesis; blue, DNA replication; purple, lysis. Vertical arrows indicate the position of single-strand DNA interruptions.</p
<p><b>A.</b> Physical map of ΦB124-14 genome. <b>Outer track:</b> Position and orientation of each p...
<p>Coding Sequences (CDSs) are represented by colored arrows. Predicted functions/homologies are ind...
<p>The central ring is a circular map of the reference genome, in this case genome of phiAGATE. Each...
<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; orange, ter...
<p>The different ORFs are colored according to their putative function: yellow, unknown; grey, trans...
<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 schematic represents the whole genome with the ORFs numbered from left to right. Different co...
<p>ORFs functions are shown in different colors. The 70 putative promoters were represented by an ar...
Genome organization is shown as a linear map oriented to start at the small terminase subunit gene. ...
<p>The scale above the phage genome SOCP is in base pairs. Each arrow represents a gene, and the num...
<p>The numbers in parentheses indicate the length (aa) of the ORF. The arrows represent the directio...
Blue represents genes, red represents primers, and black is the full genome. Outside is on the posit...
Blue represents genes, red represents primers, and black is the full genome. Outside is on the posit...
<p><b>A.</b> Physical map of ΦB124-14 genome. <b>Outer track:</b> Position and orientation of each p...
<p>Coding Sequences (CDSs) are represented by colored arrows. Predicted functions/homologies are ind...
<p>The central ring is a circular map of the reference genome, in this case genome of phiAGATE. Each...
<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; orange, ter...
<p>The different ORFs are colored according to their putative function: yellow, unknown; grey, trans...
<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 schematic represents the whole genome with the ORFs numbered from left to right. Different co...
<p>ORFs functions are shown in different colors. The 70 putative promoters were represented by an ar...
Genome organization is shown as a linear map oriented to start at the small terminase subunit gene. ...
<p>The scale above the phage genome SOCP is in base pairs. Each arrow represents a gene, and the num...
<p>The numbers in parentheses indicate the length (aa) of the ORF. The arrows represent the directio...
Blue represents genes, red represents primers, and black is the full genome. Outside is on the posit...
Blue represents genes, red represents primers, and black is the full genome. Outside is on the posit...
<p><b>A.</b> Physical map of ΦB124-14 genome. <b>Outer track:</b> Position and orientation of each p...
<p>Coding Sequences (CDSs) are represented by colored arrows. Predicted functions/homologies are ind...
<p>The central ring is a circular map of the reference genome, in this case genome of phiAGATE. Each...