<p>Functionally related genes are colour-coded and transcriptional direction is clockwise (boxes outside the ring) or counterclockwise (inside). Genes for tRNAs are indicated by their single letter code. The dashed lines represent the gap in the genomes. The blue arrows specify the locations of the introns in the map for K. foliaceum, and the red arrows point at the locations of gene fusions in the map of D. baltica. The arcs show the conserved gene blocks in the two dinotoms and P. tricornutum (green and orange arcs) and T. pseudonana (the green arcs). The two genomes are not represented in scale with respect to one another.</p
<p>Numbers inside the circle show intergenic spaces (positive values) or intergenic overlaps (negati...
<p>All genes are located on the plus-strand and are shown in the outer ring of the circle, they are ...
<p>(A) Schematic map of the <i>P</i>. <i>rus</i> (complex Scleractinia) mitochondrial genome showing...
<p>(A) The full-length genes and their derived pseudogenes. The full-length protein-coding genes and...
<p>Protein and ribosomal genes (large open boxes) are abbreviated as presented in the text; tRNA gen...
<p>tRNAs are denoted as one-letter symbols consistent with the IUPAC/IUB single letter codes for ami...
<p>Genes encoded on the heavy and light strand are shown outside and inside the circle, respectively...
Genes (exons are closed boxes) shown on the outside of the circle are transcribed clockwise, whereas...
<p>Genes indicated by closed boxes on the outside of the circle are located on the positive strand, ...
<p>Genes (exons indicated as closed boxes) shown on the outside of the circle are transcribed counte...
<p>The first ring from the outside represents the <i>S. borealis</i> core mitochondrial protein-codi...
Genes out of the circle encode on positive strand (direction 5’→3’) and genes inner of the circle en...
<p>The directional transcription is indicated with arrows. Protein-coding and ribosomal genes are sh...
<p>On the outer circle, positions of restriction enzymes recognition sites (with positions in the ge...
<p>Each of the four heavy black lines represents the nucleotide sequence of a genome. Genes and RNAs...
<p>Numbers inside the circle show intergenic spaces (positive values) or intergenic overlaps (negati...
<p>All genes are located on the plus-strand and are shown in the outer ring of the circle, they are ...
<p>(A) Schematic map of the <i>P</i>. <i>rus</i> (complex Scleractinia) mitochondrial genome showing...
<p>(A) The full-length genes and their derived pseudogenes. The full-length protein-coding genes and...
<p>Protein and ribosomal genes (large open boxes) are abbreviated as presented in the text; tRNA gen...
<p>tRNAs are denoted as one-letter symbols consistent with the IUPAC/IUB single letter codes for ami...
<p>Genes encoded on the heavy and light strand are shown outside and inside the circle, respectively...
Genes (exons are closed boxes) shown on the outside of the circle are transcribed clockwise, whereas...
<p>Genes indicated by closed boxes on the outside of the circle are located on the positive strand, ...
<p>Genes (exons indicated as closed boxes) shown on the outside of the circle are transcribed counte...
<p>The first ring from the outside represents the <i>S. borealis</i> core mitochondrial protein-codi...
Genes out of the circle encode on positive strand (direction 5’→3’) and genes inner of the circle en...
<p>The directional transcription is indicated with arrows. Protein-coding and ribosomal genes are sh...
<p>On the outer circle, positions of restriction enzymes recognition sites (with positions in the ge...
<p>Each of the four heavy black lines represents the nucleotide sequence of a genome. Genes and RNAs...
<p>Numbers inside the circle show intergenic spaces (positive values) or intergenic overlaps (negati...
<p>All genes are located on the plus-strand and are shown in the outer ring of the circle, they are ...
<p>(A) Schematic map of the <i>P</i>. <i>rus</i> (complex Scleractinia) mitochondrial genome showing...