<p>(<b>A</b>) Unrooted phylogenetic tree of CXCL12 proteins. (<b>B</b>) Unrooted phylogenetic tree of CXCR4 proteins. Phylogenetic trees were constructed using full length amino acid sequences with Neighbor-joining method and Maximum likelihood method within MEGA 5.0 and bootstrapped 1000 times.</p
<p>The phylogenetic tree was constructed with the neighbour-joining algorithm in MEGA7.0. The bootst...
<p>(A) An amino acid sequence based phylogenetic tree of WD40 proteins from various organisms. The p...
<p>Tree based on 16S rRNA sequence is shown in (a); whereas tree in (b) is based on concatenation of...
<p>The phylogram was constructed with the MEGA 5.05 software using the neighbor-joining method based...
<p>Unrooted phylogenetic trees were constructed using the full-length nucleic acid and amino acid se...
<p>(A) The unrooted tree was built with MEGA5 by using sequence alignments of 54 Sdr4L members. The ...
<p>The tree was constructed using the neighbour-joining method with MEGA 6.0, and bootstrap values s...
<p>The phylogram was constructed according to the amino acid sequences of 22 CRT proteins from 20 di...
<p>Phylogenetic analyses was performed with ClustalW software using the Neighbor joining method.</p
<p>The tree was constructed using an amino acid multiple alignment using the ClustalW algorithm and ...
<p>The phylogenetic tree was constructed with the amino acid sequences of JAZ proteins from maize us...
<p>The full-length of the amino acid sequences were used in an alignment for phylogenetic tree calcu...
<p>The phylogenetic tree was constructed using the neighbor-joining method with MEGA 5.1, and bootst...
<p>Sequence names correspond to E3 protein sequences listed in <a href="http://www.plosone.org/artic...
<p>The phylogenetic tree was generated from the amino acid sequences of <i>Cc</i>SDH, proteins homol...
<p>The phylogenetic tree was constructed with the neighbour-joining algorithm in MEGA7.0. The bootst...
<p>(A) An amino acid sequence based phylogenetic tree of WD40 proteins from various organisms. The p...
<p>Tree based on 16S rRNA sequence is shown in (a); whereas tree in (b) is based on concatenation of...
<p>The phylogram was constructed with the MEGA 5.05 software using the neighbor-joining method based...
<p>Unrooted phylogenetic trees were constructed using the full-length nucleic acid and amino acid se...
<p>(A) The unrooted tree was built with MEGA5 by using sequence alignments of 54 Sdr4L members. The ...
<p>The tree was constructed using the neighbour-joining method with MEGA 6.0, and bootstrap values s...
<p>The phylogram was constructed according to the amino acid sequences of 22 CRT proteins from 20 di...
<p>Phylogenetic analyses was performed with ClustalW software using the Neighbor joining method.</p
<p>The tree was constructed using an amino acid multiple alignment using the ClustalW algorithm and ...
<p>The phylogenetic tree was constructed with the amino acid sequences of JAZ proteins from maize us...
<p>The full-length of the amino acid sequences were used in an alignment for phylogenetic tree calcu...
<p>The phylogenetic tree was constructed using the neighbor-joining method with MEGA 5.1, and bootst...
<p>Sequence names correspond to E3 protein sequences listed in <a href="http://www.plosone.org/artic...
<p>The phylogenetic tree was generated from the amino acid sequences of <i>Cc</i>SDH, proteins homol...
<p>The phylogenetic tree was constructed with the neighbour-joining algorithm in MEGA7.0. The bootst...
<p>(A) An amino acid sequence based phylogenetic tree of WD40 proteins from various organisms. The p...
<p>Tree based on 16S rRNA sequence is shown in (a); whereas tree in (b) is based on concatenation of...