Nucleotide alignment of ‘Candidatus Midichloriaceae’ partial 16S rRNA references (according to BLAST) versus closed undefined OTUs (according to Greengenes database).</p
Nucleotide alignment of the isolate "P180R" (16S rRNA gene) performed with reference sequences rela...
<p>Alignments for 18S, 28S, and COI are nucleotides.</p> <p>Nuclear genes 686 and 1054 are translate...
Nucleotide alignment of the isolate "P180R" (16S rRNA gene) performed with reference sequences rela...
Nexus formatted alignments of 16S rRNA sequences from 3 microbial species. Files differ in species t...
Nucleotide alignment of 16S rRNA sequences used for phylogenetic inferences within Megabalanus genu
Nucleotide alignment of 16S rRNA sequences used for phylogenetic inferences within Megabalanus genu
Nucleotide alignment for the 508-sequence 16S rRNA tree, derived from merging non-redundant sequence...
16S rRNA gene sequence alignment of Candidatus Thiosymbion ecto- and endosymbiont
16S rRNA gene sequence alignment of Candidatus Thiosymbion ecto- and endosymbiont
Nucleotide sequence alignment of Halomicronema metazoicum ITAC101 16S ribosomal RNA gene (accession ...
In A and B, 24 bases of helix 45 are boxed in yellow; the last 13 bases of the 16S rRNA are boxed in...
<p>The 16S rDNA sequences were obtained from 28 bacterial species (their names and NCBI Gene IDs are...
<p>A comparison of DNA sequence alignments for R21, R24 and the <i>TrnL</i> regions in <i>Begonia</i...
<p>Alignment of ribosomal region D1/D2, in 28 S rDNA, between <i>C. liquefaciens</i> strain Car17 an...
<p>The positions of the conserved regions are in reference to the 16S or 18S sequence from <i>Escher...
Nucleotide alignment of the isolate "P180R" (16S rRNA gene) performed with reference sequences rela...
<p>Alignments for 18S, 28S, and COI are nucleotides.</p> <p>Nuclear genes 686 and 1054 are translate...
Nucleotide alignment of the isolate "P180R" (16S rRNA gene) performed with reference sequences rela...
Nexus formatted alignments of 16S rRNA sequences from 3 microbial species. Files differ in species t...
Nucleotide alignment of 16S rRNA sequences used for phylogenetic inferences within Megabalanus genu
Nucleotide alignment of 16S rRNA sequences used for phylogenetic inferences within Megabalanus genu
Nucleotide alignment for the 508-sequence 16S rRNA tree, derived from merging non-redundant sequence...
16S rRNA gene sequence alignment of Candidatus Thiosymbion ecto- and endosymbiont
16S rRNA gene sequence alignment of Candidatus Thiosymbion ecto- and endosymbiont
Nucleotide sequence alignment of Halomicronema metazoicum ITAC101 16S ribosomal RNA gene (accession ...
In A and B, 24 bases of helix 45 are boxed in yellow; the last 13 bases of the 16S rRNA are boxed in...
<p>The 16S rDNA sequences were obtained from 28 bacterial species (their names and NCBI Gene IDs are...
<p>A comparison of DNA sequence alignments for R21, R24 and the <i>TrnL</i> regions in <i>Begonia</i...
<p>Alignment of ribosomal region D1/D2, in 28 S rDNA, between <i>C. liquefaciens</i> strain Car17 an...
<p>The positions of the conserved regions are in reference to the 16S or 18S sequence from <i>Escher...
Nucleotide alignment of the isolate "P180R" (16S rRNA gene) performed with reference sequences rela...
<p>Alignments for 18S, 28S, and COI are nucleotides.</p> <p>Nuclear genes 686 and 1054 are translate...
Nucleotide alignment of the isolate "P180R" (16S rRNA gene) performed with reference sequences rela...