MRNA capping enzyme: Difference between revisions

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== Structural highlights ==

<scene name='84/844924/Cv/2'>Vaccinia virus mRNA capping enzyme catalytic subunit and regulatory subunit complex with SAH and GTP</scene> (PDB code [[4ckb]]). The 3D structure of Vaccinia virus Mce shows the regulatory subunit or RNA triphosphatase domain which forms a hydrophilic tunnel. The <scene name='84/844924/Cv/6'>tunnel is lined with charged residues with one half of the internal surface is lined almost exclusively with basic residues (colored in blue) and the other half with acidic residues (colored in red)</scene>. The structure shows the catalytic subunit or guanylyltransferase which contains the active site that binds the GTP via <scene name='84/844924/Cv/7'>two motifs</scene> rich in basic residues<ref>PMID:24607143</ref>.

<scene name='84/844924/Cv/2'>Vaccinia virus mRNA capping enzyme catalytic subunit and regulatory subunit complex with SAH and GTP</scene> (PDB code [[4ckb]]). The 3D structure of Vaccinia virus Mce shows the regulatory subunit or RNA triphosphatase domain which forms a hydrophilic tunnel. The <scene name='84/844924/Cv/6'>tunnel is lined with charged residues with one half of the internal surface is lined almost exclusively with basic residues (colored in blue) and the other half with acidic residues (colored in red)</scene>. The structure shows the catalytic subunit or guanylyltransferase which contains the active site that binds the GTP via <scene name='84/844924/Cv/8'>two motifs</scene> rich in basic residues<ref>PMID:24607143</ref>.

</StructureSection>

MRNA capping enzyme: Difference between revisions

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@@ Line 12: / Line 12: @@
 == Structural highlights ==
-<scene name='84/844924/Cv/2'>Vaccinia virus mRNA capping enzyme catalytic subunit and regulatory subunit complex with SAH and GTP</scene> (PDB code [[4ckb]]). The 3D structure of Vaccinia virus Mce shows the regulatory subunit or RNA triphosphatase domain which forms a hydrophilic tunnel. The <scene name='84/844924/Cv/6'>tunnel is lined with charged residues with one half of the internal surface is lined almost exclusively with basic residues (colored in blue) and the other half with acidic residues (colored in red)</scene>. The structure shows the catalytic subunit or guanylyltransferase which contains the active site that binds the GTP via <scene name='84/844924/Cv/7'>two motifs</scene> rich in basic residues<ref>PMID:24607143</ref>.
+<scene name='84/844924/Cv/2'>Vaccinia virus mRNA capping enzyme catalytic subunit and regulatory subunit complex with SAH and GTP</scene> (PDB code [[4ckb]]). The 3D structure of Vaccinia virus Mce shows the regulatory subunit or RNA triphosphatase domain which forms a hydrophilic tunnel. The <scene name='84/844924/Cv/6'>tunnel is lined with charged residues with one half of the internal surface is lined almost exclusively with basic residues (colored in blue) and the other half with acidic residues (colored in red)</scene>. The structure shows the catalytic subunit or guanylyltransferase which contains the active site that binds the GTP via <scene name='84/844924/Cv/8'>two motifs</scene> rich in basic residues<ref>PMID:24607143</ref>.
 </StructureSection>