<p><b>A</b>) An alignment of the conserved 27 amino acid sequence in the N-termini of NAKs from a wide range of organisms is shown. <b>B</b>) A sequence logo (<a href="http://weblogo.berkeley.edu" target="_blank">http://weblogo.berkeley.edu</a>) of the conserved 27 amino acid sequence from arthropods is shown and potential 14-3-3 binding sites are marked with brackets. For abbreviations of species names and accession numbers see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0077069#pone.0077069.s009" target="_blank">Table S3</a>.</p
<p>A protein alignment of the cloned Nak1 and Nak2 show that they are about 70% identical and that t...
<p>(A) Phylogenetic analysis. The presumed evolutionary relationships among the 27 DGATs from 19 org...
<p>Identical residues in all sequences are indicated by (*) under the column, conserved substitution...
<p>Sequence alignment of NKAP from different species using the multalin sequence alignment. Abbrevia...
<p>(<i>a</i>) Multiple sequence alignment. Sequences of TON_0340 and its homologues from seven dista...
<p>Cloning of the <i>B. improvisus</i> Nak1 resulted in genes where the encoded proteins differed in...
The predicted seven transmembrane regions (TM 1–7) are indicated above the alignment. The two conser...
<p>Estimates of evolutionary divergence among sequences were conducted by calculating pair-wise dist...
<p>The conserved amino acid motifs surrounding the active site residues (boxed) are shown as logos a...
<p>A phylogenetic tree was constructed using N-terminal truncated NAK sequences from <i>B. improvisu...
<p>An alignment of the SLC26A4 amino acid sequence of six species suggested the evolutionary conserv...
<p>Sequence alignment of Arp3 subunits from <i>D. variabilis</i>, <i>D. melanogaster</i>, <i>M. musc...
<p>Gaps (-) included to allow for alignment. “*”: identical amino acids; “:”: conserved substitution...
<p><i>Homo sapiens</i> 14-3-3epsilon (h14-3-3ε, accession number P62258.) and 14-3-3zeta (h14-3-3ζ, ...
<p><b>A</b>) Amino acid sequence alignment of several SNXs from different species where the domain b...
<p>A protein alignment of the cloned Nak1 and Nak2 show that they are about 70% identical and that t...
<p>(A) Phylogenetic analysis. The presumed evolutionary relationships among the 27 DGATs from 19 org...
<p>Identical residues in all sequences are indicated by (*) under the column, conserved substitution...
<p>Sequence alignment of NKAP from different species using the multalin sequence alignment. Abbrevia...
<p>(<i>a</i>) Multiple sequence alignment. Sequences of TON_0340 and its homologues from seven dista...
<p>Cloning of the <i>B. improvisus</i> Nak1 resulted in genes where the encoded proteins differed in...
The predicted seven transmembrane regions (TM 1–7) are indicated above the alignment. The two conser...
<p>Estimates of evolutionary divergence among sequences were conducted by calculating pair-wise dist...
<p>The conserved amino acid motifs surrounding the active site residues (boxed) are shown as logos a...
<p>A phylogenetic tree was constructed using N-terminal truncated NAK sequences from <i>B. improvisu...
<p>An alignment of the SLC26A4 amino acid sequence of six species suggested the evolutionary conserv...
<p>Sequence alignment of Arp3 subunits from <i>D. variabilis</i>, <i>D. melanogaster</i>, <i>M. musc...
<p>Gaps (-) included to allow for alignment. “*”: identical amino acids; “:”: conserved substitution...
<p><i>Homo sapiens</i> 14-3-3epsilon (h14-3-3ε, accession number P62258.) and 14-3-3zeta (h14-3-3ζ, ...
<p><b>A</b>) Amino acid sequence alignment of several SNXs from different species where the domain b...
<p>A protein alignment of the cloned Nak1 and Nak2 show that they are about 70% identical and that t...
<p>(A) Phylogenetic analysis. The presumed evolutionary relationships among the 27 DGATs from 19 org...
<p>Identical residues in all sequences are indicated by (*) under the column, conserved substitution...