<p>The inner circle represents the GC bias [(G - C)/(G + C)], with positive and negative values in reddish brown and cobalt blue, respectively; the second circle represents the GC-content, with positive and negative values in grey and black, respectively; and the outer circle represents the predicted genes on the reverse and forward arrows. The pXO2-like replicon is highlighted with a green arching frame. Regions of transposon and prophage BMBTP3 are annotated beside the corresponding arrows and separated by straight lines. The main functional genes of BMBTP3 are annotated above the extended corresponding arrows at the bottom. Different structural and functional regions are annotated and separated by vertical lines. Color coding for the gen...
<p>The coding regions are indicated with arrows showing the direction of transcription. The inverted...
<p>For each of the plasmid diagrams the predicted functions of genes are identified by the colors in...
<p>The rings show from outside to inside the (i) position of different regions of plasmid pDTC28 (re...
<p>Coding Sequences (CDSs) are represented by colored arrows. Predicted functions/homologies are ind...
<p>The outer ring shows the functional regions of the plasmid: conjugative transfer (blue), plasmid ...
<div><p>(A and B) Each concentric circle of the circular figures is numbered from the outermost circ...
<p>Annotated genes with or without CDSs are represented as grey arrows. PFam organization and synten...
<p>(A) Circular representation of pS5-403-1. Circles from inside to outside: the inner circle repres...
<p>The first circle from inside is the color-coded COG functional category and next black circle ind...
<p><b>Copyright information:</b></p><p>Taken from "Subtle genetic changes enhance virulence of methi...
<p>The outer circle indicates (to scale) the genetic organization of ORFs within the plasmid. The di...
<p>The outer two circles (+ and − strands) show the coding sequences of plasmid pO26-CRL<sub>125</su...
<p>The two outer rings show the coding sequences (CDSs) on the forward and reverse strand of the pla...
<p>Key, color coding of genes, mobile elements, and unique regions and juxtapositions, with addition...
<p>(A) Chromosome 1 (chr1) with indication of possible genomic islands (GEI) and prophages (pf). The...
<p>The coding regions are indicated with arrows showing the direction of transcription. The inverted...
<p>For each of the plasmid diagrams the predicted functions of genes are identified by the colors in...
<p>The rings show from outside to inside the (i) position of different regions of plasmid pDTC28 (re...
<p>Coding Sequences (CDSs) are represented by colored arrows. Predicted functions/homologies are ind...
<p>The outer ring shows the functional regions of the plasmid: conjugative transfer (blue), plasmid ...
<div><p>(A and B) Each concentric circle of the circular figures is numbered from the outermost circ...
<p>Annotated genes with or without CDSs are represented as grey arrows. PFam organization and synten...
<p>(A) Circular representation of pS5-403-1. Circles from inside to outside: the inner circle repres...
<p>The first circle from inside is the color-coded COG functional category and next black circle ind...
<p><b>Copyright information:</b></p><p>Taken from "Subtle genetic changes enhance virulence of methi...
<p>The outer circle indicates (to scale) the genetic organization of ORFs within the plasmid. The di...
<p>The outer two circles (+ and − strands) show the coding sequences of plasmid pO26-CRL<sub>125</su...
<p>The two outer rings show the coding sequences (CDSs) on the forward and reverse strand of the pla...
<p>Key, color coding of genes, mobile elements, and unique regions and juxtapositions, with addition...
<p>(A) Chromosome 1 (chr1) with indication of possible genomic islands (GEI) and prophages (pf). The...
<p>The coding regions are indicated with arrows showing the direction of transcription. The inverted...
<p>For each of the plasmid diagrams the predicted functions of genes are identified by the colors in...
<p>The rings show from outside to inside the (i) position of different regions of plasmid pDTC28 (re...