<p><b>coilin.</b> (<b>A</b>) Schematic representation of functional sites and regions that have been identified within the coilin protein molecule. (<b>B</b>) The predicted domain organization of <i>Arabidopsis thaliana</i> coilin, as elucidated by the bioinformatic tools FoldIndex and DISOPRED.</p
<p>(A) COILS analysis to predict coiled coils in Arabidopsis GBSS and PTST sequences. The location o...
Ng tree: The unrooted tree, constructed using ClustalX (1.83), summarizes the evolutionary relations...
<p>(A) Schematic diagram of BPEV and the corresponding locations of the plant sequences homologous t...
Increasing evidence demonstrates the importance of long coiled-coil proteins for the spatial organiz...
Increasing evidence demonstrates the importance of long coiled-coil proteins for the spatial organiz...
<div><p>Cajal bodies (CBs) are dynamic subnuclear compartments involved in the biogenesis of ribonuc...
<p>(A) Multiple sequence alignment of amino acid sequences of AtBolA1, AtBolA2, AtBolA3, and AtBolA4...
This thesis performs de novo predictions for functionally significant sequence motifs in the Arabido...
<p>(A) Schematic representations of domain structures of the 19 Arabidopsis chloroplast J proteins. ...
Background: Animal and yeast proteins containing long coiled-coil domains are involved in attaching...
Predicting protein domains is essential for understanding a protein’s function at the molecular leve...
<p>The C<sub>2</sub>H<sub>2</sub> zinc-finger domain, LDLXL domain, and B-box indicated by solid bla...
<p>Protein domain structure in Arabidopsis (<i>A.t.</i>) and Norway spruce (<i>P.a.</i>). The amino ...
<p>The positions of conserved domains which are typical for SAGA are shown. Domain abbreviations are...
<div><p>Predicting protein domains is essential for understanding a protein’s function at the molecu...
<p>(A) COILS analysis to predict coiled coils in Arabidopsis GBSS and PTST sequences. The location o...
Ng tree: The unrooted tree, constructed using ClustalX (1.83), summarizes the evolutionary relations...
<p>(A) Schematic diagram of BPEV and the corresponding locations of the plant sequences homologous t...
Increasing evidence demonstrates the importance of long coiled-coil proteins for the spatial organiz...
Increasing evidence demonstrates the importance of long coiled-coil proteins for the spatial organiz...
<div><p>Cajal bodies (CBs) are dynamic subnuclear compartments involved in the biogenesis of ribonuc...
<p>(A) Multiple sequence alignment of amino acid sequences of AtBolA1, AtBolA2, AtBolA3, and AtBolA4...
This thesis performs de novo predictions for functionally significant sequence motifs in the Arabido...
<p>(A) Schematic representations of domain structures of the 19 Arabidopsis chloroplast J proteins. ...
Background: Animal and yeast proteins containing long coiled-coil domains are involved in attaching...
Predicting protein domains is essential for understanding a protein’s function at the molecular leve...
<p>The C<sub>2</sub>H<sub>2</sub> zinc-finger domain, LDLXL domain, and B-box indicated by solid bla...
<p>Protein domain structure in Arabidopsis (<i>A.t.</i>) and Norway spruce (<i>P.a.</i>). The amino ...
<p>The positions of conserved domains which are typical for SAGA are shown. Domain abbreviations are...
<div><p>Predicting protein domains is essential for understanding a protein’s function at the molecu...
<p>(A) COILS analysis to predict coiled coils in Arabidopsis GBSS and PTST sequences. The location o...
Ng tree: The unrooted tree, constructed using ClustalX (1.83), summarizes the evolutionary relations...
<p>(A) Schematic diagram of BPEV and the corresponding locations of the plant sequences homologous t...