<p>The tree was generated from the curated GT domain multiple sequence alignment shown in Figure 2. Proteins are labeled with their PDB and UNIPROT accession numbers. Underlined is the target MG517 in family GT2. Bootstrap values are given in each node.</p
<p>A phylogenetic tree was constructed using TreeView Version 1.6.6 (<a href="http://taxonomy.zoolog...
<p>The phylogenetic tree was constructed using the neighbor-joining method with MEGA 5.1, and bootst...
<p>Shown is a phylogenetic tree oat avenin amino acid sequences constructed by the Neighbor-joining ...
<p>Proteins are labelled with organism name and <i>UNIPROT</i> code. The phylogenetic tree includes ...
<p>The phylogenetic tree is based on an amino acid sequence alignment (CLUSTALX) and was constructed...
<p>Genes are represented with the organism names and GenBank™ accession numbers. Characterized enzym...
<p>Alignment logo, and consensus secondary structure are plotted below (full secondary structure ali...
<p>Neighbour-Joining phylogenetic tree are constructed based on protein alignments of <i>Arabidopsis...
<p>A multiple alignment of protein sequences from Arabidopsis (At), rice (<i>Oryza sativa</i>, Os), ...
(A) Phylogenetic tree constructed based on the amino acid sequences of the 91 putative GmCRK protein...
<p>The figure shows a ML tree computed using the JTT substitution model. In the phylogram, Sec-conta...
<p>It is based on the structural superimposition of the 3D structures of solved GT-A enzymes in Tabl...
<p>(A) The unrooted tree was built with MEGA5 by using sequence alignments of 54 Sdr4L members. The ...
<p>Genes encoding the enzymes are represented by arrows. The overall structure of the phylogenetic t...
<p>Neighbour-Joining phylogenetic tree are constructed based on protein alignments of <i>Arabidopsis...
<p>A phylogenetic tree was constructed using TreeView Version 1.6.6 (<a href="http://taxonomy.zoolog...
<p>The phylogenetic tree was constructed using the neighbor-joining method with MEGA 5.1, and bootst...
<p>Shown is a phylogenetic tree oat avenin amino acid sequences constructed by the Neighbor-joining ...
<p>Proteins are labelled with organism name and <i>UNIPROT</i> code. The phylogenetic tree includes ...
<p>The phylogenetic tree is based on an amino acid sequence alignment (CLUSTALX) and was constructed...
<p>Genes are represented with the organism names and GenBank™ accession numbers. Characterized enzym...
<p>Alignment logo, and consensus secondary structure are plotted below (full secondary structure ali...
<p>Neighbour-Joining phylogenetic tree are constructed based on protein alignments of <i>Arabidopsis...
<p>A multiple alignment of protein sequences from Arabidopsis (At), rice (<i>Oryza sativa</i>, Os), ...
(A) Phylogenetic tree constructed based on the amino acid sequences of the 91 putative GmCRK protein...
<p>The figure shows a ML tree computed using the JTT substitution model. In the phylogram, Sec-conta...
<p>It is based on the structural superimposition of the 3D structures of solved GT-A enzymes in Tabl...
<p>(A) The unrooted tree was built with MEGA5 by using sequence alignments of 54 Sdr4L members. The ...
<p>Genes encoding the enzymes are represented by arrows. The overall structure of the phylogenetic t...
<p>Neighbour-Joining phylogenetic tree are constructed based on protein alignments of <i>Arabidopsis...
<p>A phylogenetic tree was constructed using TreeView Version 1.6.6 (<a href="http://taxonomy.zoolog...
<p>The phylogenetic tree was constructed using the neighbor-joining method with MEGA 5.1, and bootst...
<p>Shown is a phylogenetic tree oat avenin amino acid sequences constructed by the Neighbor-joining ...
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