mnmE Antibody

1. Investigation of the activities and the tRNA specificity of the MnmE enzyme. PMID: 24293650
2. GidA binding induces large conformational and dynamic changes in MnmE PMID: 20353943
3. Data suggest that TrmE is part of an increasingly complex control network designed to integrate diverse physiological signals and forecast future exposures to extreme acid. PMID: 15522079
4. Mutational analysis of all conserved arginine residues of the MnmE G-domain indicates that MnmE, unlike other GTPases, does not use an arginine finger to drive catalysis. PMID: 15983041
5. Biochemical and X-ray structural evidence provided for a new GTP-hydrolysis mechanism, where the G-domains of MnmE dimerise in a potassium-dependent manner and induce GTP hydrolysis. PMID: 16763562
6. MnmE and GidA form a functional complex in the tRNA modification process in which both proteins are interdependent. PMID: 17062623
7. Hydrolysis of GTP and intact complex formation in the MnmE-GidA complex is essential for the in vitro and in in vivo tRNA-modification activity which employs glycine as a substrate. PMID: 19591841

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KEGG: ecj:JW3684

STRING: 316385.ECDH10B_3893