<p>Conservation plot of EIF2AK alignment is shown in alignment plot with out-group sequences of NEK2, TTK, WEE1, TOPK and STPK. Identical residues are highlighted in red background and similar residues are colored red. PDB structure 2A1A of human EIF2AK2 kinase domain is used as structural reference. The α-helices, β-strands and 3<sub>10</sub>-helix are rendered with arrows, medium and small squiggles and numbered with the symbols α, β and η symbols.</p
<p>Depicted is a schematic of the work flow followed to achieve a master alignment of all known kina...
<p>(A) Tip and STAT structural domains (not to scale). (Top) From amino-terminus to carboxy-terminus...
(A) EFCAB2 Ca2+ binding loop for the 1st EF-hand alignment with CaM. (B) EFCAB2 Ca2+ binding loop fo...
<p>(A) Structure and domain arrangement in full-length Csk (PDB ID 1K9A). (B) Sequence and structura...
<p>(A), Multiple sequence alignment between ERK8 and the selected templates FUS3 and ERK2. Numbering...
<p>The conserved DFG motif is highlighted in blue box; the gatekeeper residue is highlighted in red ...
<p><i>Left:</i> alignment of the kinase domain, covering the region 83–422 of FAM69A. The sequences ...
<p>Fully- and partially-conserved residues are in red and yellow, respectively. The secondary struct...
<p>(<b>A</b>) Sequence alignment of full length human EB1 (accession number AAC09471) and EB3 (acces...
<p>Alignment of the protein amino acid sequence of the human EF-G2mt protein with the yeast Mef2 pro...
(A) Three-dimensional structure constructed by the ROBETTA modeling sever for mEFCAB2 protein. N-ter...
<p>a) Shown are the seven ligands used in the computational studies. Sequences of only the EGF like ...
<p>A pairwise sequence alignment of the AK sequence (AURKA_HUMAN) against the annotated kinome prese...
EmPim. (A) Amino acid sequence alignment of the kinase domains of E. multilocularis Pim (EmPim), S. ...
<p>The boxed sequence is the fragment which was solved in complex with human eIF3b-RRM (PDB code 2KR...
<p>Depicted is a schematic of the work flow followed to achieve a master alignment of all known kina...
<p>(A) Tip and STAT structural domains (not to scale). (Top) From amino-terminus to carboxy-terminus...
(A) EFCAB2 Ca2+ binding loop for the 1st EF-hand alignment with CaM. (B) EFCAB2 Ca2+ binding loop fo...
<p>(A) Structure and domain arrangement in full-length Csk (PDB ID 1K9A). (B) Sequence and structura...
<p>(A), Multiple sequence alignment between ERK8 and the selected templates FUS3 and ERK2. Numbering...
<p>The conserved DFG motif is highlighted in blue box; the gatekeeper residue is highlighted in red ...
<p><i>Left:</i> alignment of the kinase domain, covering the region 83–422 of FAM69A. The sequences ...
<p>Fully- and partially-conserved residues are in red and yellow, respectively. The secondary struct...
<p>(<b>A</b>) Sequence alignment of full length human EB1 (accession number AAC09471) and EB3 (acces...
<p>Alignment of the protein amino acid sequence of the human EF-G2mt protein with the yeast Mef2 pro...
(A) Three-dimensional structure constructed by the ROBETTA modeling sever for mEFCAB2 protein. N-ter...
<p>a) Shown are the seven ligands used in the computational studies. Sequences of only the EGF like ...
<p>A pairwise sequence alignment of the AK sequence (AURKA_HUMAN) against the annotated kinome prese...
EmPim. (A) Amino acid sequence alignment of the kinase domains of E. multilocularis Pim (EmPim), S. ...
<p>The boxed sequence is the fragment which was solved in complex with human eIF3b-RRM (PDB code 2KR...
<p>Depicted is a schematic of the work flow followed to achieve a master alignment of all known kina...
<p>(A) Tip and STAT structural domains (not to scale). (Top) From amino-terminus to carboxy-terminus...
(A) EFCAB2 Ca2+ binding loop for the 1st EF-hand alignment with CaM. (B) EFCAB2 Ca2+ binding loop fo...
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