<p>(<b>A</b>) Predicted topology of MCU channels, with the putative pore loop indicated; (<b>B</b>) Multiple sequence alignment of the TMDs and putative pore loop regions of human MCU and fungal homologues, with the predicted TMDs of each protein underlined; (<b>C</b>) Phylogram showing the relationship between the sequences of fungal, animal and plant MCU homologues (<i>see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0042404#s3" target="_blank">Methods</a></i>: based on 89 high confidence positions from a multiple sequence alignment; gamma shape parameter 2.969; proportion of invariant sites 0.04). Branch length scale bar and branch support values >0.5 are shown.</p
<p>The amino acid sequences of paralogs from fully sequenced fungal genomes were aligned using Clust...
<p>(<b>A</b>) Predicted topology of Ca<sub>v</sub> channels, with the pore loop regions of each doma...
<p>A. Rooted 50% majority rule maximum parsimony phylogenetic tree of the MCM7 coding sequences. The...
<p>Phylogram showing the relationship between bacterial and protozoan homologues of MscS and MscK ch...
<p><b>(A)</b> Multiple sequence alignments (MSA) were generated from MIP homologs of different group...
<p>Phylogram showing the relationship between the sequences of fungal and human K<sup>+</sup> channe...
<p>Multiple sequence alignment of MscS homologues from <i>Escherichia coli</i> and trypanosomatid pa...
<p>(<b>A</b>) Predicted topology of fungal K<sub>v</sub> channel subunit homologues; (<b>B</b>) Mult...
<p>(A) Alignments of pore domains I (upper panel) and II (lower panel) of human, plant (AtTPC1 is <i...
<p>Protein accession numbers are shown, except in the case of <i>H. capsulatum</i> for which transcr...
<p>Multiple sequence alignment of the putative pore-domain TMDs and pore loop regions of fungal Trp ...
<p>The tree shown was generated by the neighbor-joining method of ClustalW, using an alignment of co...
<p>Predicted pore-lining TMD regions are underlined. The GXG motif of human K<sup>+</sup> channels i...
<p>A. Alignment of Mmm1 N-terminal regions from several Ascomycetes. Known <i>S. cerevisiae</i> (N50...
<p>Alignments of the pore region of human IP<sub>3</sub>Rs and RyRs with putative homologues from <i...
<p>The amino acid sequences of paralogs from fully sequenced fungal genomes were aligned using Clust...
<p>(<b>A</b>) Predicted topology of Ca<sub>v</sub> channels, with the pore loop regions of each doma...
<p>A. Rooted 50% majority rule maximum parsimony phylogenetic tree of the MCM7 coding sequences. The...
<p>Phylogram showing the relationship between bacterial and protozoan homologues of MscS and MscK ch...
<p><b>(A)</b> Multiple sequence alignments (MSA) were generated from MIP homologs of different group...
<p>Phylogram showing the relationship between the sequences of fungal and human K<sup>+</sup> channe...
<p>Multiple sequence alignment of MscS homologues from <i>Escherichia coli</i> and trypanosomatid pa...
<p>(<b>A</b>) Predicted topology of fungal K<sub>v</sub> channel subunit homologues; (<b>B</b>) Mult...
<p>(A) Alignments of pore domains I (upper panel) and II (lower panel) of human, plant (AtTPC1 is <i...
<p>Protein accession numbers are shown, except in the case of <i>H. capsulatum</i> for which transcr...
<p>Multiple sequence alignment of the putative pore-domain TMDs and pore loop regions of fungal Trp ...
<p>The tree shown was generated by the neighbor-joining method of ClustalW, using an alignment of co...
<p>Predicted pore-lining TMD regions are underlined. The GXG motif of human K<sup>+</sup> channels i...
<p>A. Alignment of Mmm1 N-terminal regions from several Ascomycetes. Known <i>S. cerevisiae</i> (N50...
<p>Alignments of the pore region of human IP<sub>3</sub>Rs and RyRs with putative homologues from <i...
<p>The amino acid sequences of paralogs from fully sequenced fungal genomes were aligned using Clust...
<p>(<b>A</b>) Predicted topology of Ca<sub>v</sub> channels, with the pore loop regions of each doma...
<p>A. Rooted 50% majority rule maximum parsimony phylogenetic tree of the MCM7 coding sequences. The...