<p>The genome of phage SfMu is shown with a scale in bp. Predicted <i>orfs</i> are designated with arrows, pointing in the direction of transcription. Putative functional modules are indicated above the arrows. Black knobs indicate the position of predicted terminators. Comparison of SfMu encoded proteins to their counterparts in phage Mu and D108 is shown below the scale. Different colours show the level of amino acid identity: red: 90–100% identity, yellow: 80–89% identity, orange: 70–79% identity, green: 60–69% identity, blue: 50–59% identity and grey: 10–50% identity. The purple arrows in the SfMu map represent SfMu proteins which have no homologues in phage Mu or D108.</p
<p>The number and size of mycobacteriophage phamilies with sequence similarity to nonmycobacteriopha...
<p>(A) The S13 genome is 5386 nucleotides long and it codes for 11 genes. The four mutation sites ar...
<p>Coding Sequences (CDSs) are represented by colored arrows. Predicted functions/homologies are ind...
<p><b>A.</b> Physical map of ΦB124-14 genome. <b>Outer track:</b> Position and orientation of each p...
<p>Each arrow represents an ORF, with the colour representing the putative function of the encoded p...
<p>28% of the predicted proteins were identified in our mass-spectrometry based proteomics. CDSs pre...
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>In green, the core ORFs homologous in the 11 bacteriophages; red and blue ORFs are common to the ...
Genome maps are shown in a pairwise alignment. Arrows indicate genes and are colored according to th...
First track show forward transcribed ORFs and second tracks show reverse transcribed ORFs respective...
<p>Lines drawn between the genomes represent shared sequence similarity, which is given next to each...
(A) Electron micrograph of the CS3-ETEC-specific phage IMM-002. The icosahedral head with a similar ...
<p>A genome map of φP-SSM2 (panel A) shows the locations of ORFs with known (red or blue arrows) and...
<p>The genome of phage Firecracker is represented as a scale bar (major intervals: 1 kbp) with predi...
<p>The number and size of mycobacteriophage phamilies with sequence similarity to nonmycobacteriopha...
<p>(A) The S13 genome is 5386 nucleotides long and it codes for 11 genes. The four mutation sites ar...
<p>Coding Sequences (CDSs) are represented by colored arrows. Predicted functions/homologies are ind...
<p><b>A.</b> Physical map of ΦB124-14 genome. <b>Outer track:</b> Position and orientation of each p...
<p>Each arrow represents an ORF, with the colour representing the putative function of the encoded p...
<p>28% of the predicted proteins were identified in our mass-spectrometry based proteomics. CDSs pre...
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>In green, the core ORFs homologous in the 11 bacteriophages; red and blue ORFs are common to the ...
Genome maps are shown in a pairwise alignment. Arrows indicate genes and are colored according to th...
First track show forward transcribed ORFs and second tracks show reverse transcribed ORFs respective...
<p>Lines drawn between the genomes represent shared sequence similarity, which is given next to each...
(A) Electron micrograph of the CS3-ETEC-specific phage IMM-002. The icosahedral head with a similar ...
<p>A genome map of φP-SSM2 (panel A) shows the locations of ORFs with known (red or blue arrows) and...
<p>The genome of phage Firecracker is represented as a scale bar (major intervals: 1 kbp) with predi...
<p>The number and size of mycobacteriophage phamilies with sequence similarity to nonmycobacteriopha...
<p>(A) The S13 genome is 5386 nucleotides long and it codes for 11 genes. The four mutation sites ar...
<p>Coding Sequences (CDSs) are represented by colored arrows. Predicted functions/homologies are ind...