<?xml version="1.0" encoding="UTF-8"?>
<protein>
  <id type="integer">400</id>
  <cancdbp-id>CDBP00399</cancdbp-id>
  <name>Diphthine synthase</name>
  <uniprot-id>Q9H2P9</uniprot-id>
  <uniprot-name>DPH5_HUMAN</uniprot-name>
  <enzyme type="boolean">true</enzyme>
  <transporter type="boolean">false</transporter>
  <protein-type>Enzyme</protein-type>
  <organism>Homo_sapiens</organism>
  <gene-name>DPH5</gene-name>
  <num-residues type="integer">285</num-residues>
  <molecular-weight type="decimal">31651.17</molecular-weight>
  <theoretical-pi type="decimal">5.307</theoretical-pi>
  <general-function>Involved in methyltransferase activity</general-function>
  <specific-function>S-adenosyl-L-methionine-dependent methyltransferase that catalyzes the trimethylation of the amino group of the modified target histidine residue in translation elongation factor 2 (EF-2), to form an intermediate called diphthine. The three successive methylation reactions represent the second step of diphthamide biosynthesis (By similarity).
</specific-function>
  <signal-regions type="array"/>
  <transmembrane-regions type="array"/>
  <pdb-ids></pdb-ids>
  <genbank-gene-id>NM_001077394.1</genbank-gene-id>
  <genbank-protein-id>117190326</genbank-protein-id>
  <genecard-id>DPH5</genecard-id>
  <chromosome-location>1</chromosome-location>
  <locus>1p21.2</locus>
  <geneatlas-id>DPH5</geneatlas-id>
  <hgnc-id>HGNC:24270</hgnc-id>
  <export type="boolean">true</export>
  <comment nil="true"/>
  <kegg-id>hsa:51611</kegg-id>
  <meta-cyc-id></meta-cyc-id>
  <ncbi-sequence-ids>NP_001070862.1:NM_001077394.1;NP_001070863.1:NM_001077395.1;NP_057042.2:NM_015958.2</ncbi-sequence-ids>
  <tissue-specificity></tissue-specificity>
  <cofactor></cofactor>
  <subunit></subunit>
  <cellular-location nil="true"/>
  <ec-number nil="true"/>
  <created-at type="dateTime">2020-06-12T23:06:49Z</created-at>
  <updated-at type="dateTime">2020-07-28T02:25:19Z</updated-at>
  <description nil="true"/>
  <receptor type="integer">0</receptor>
  <metal-binding type="integer">0</metal-binding>
  <trans-factor type="integer">0</trans-factor>
</protein>

