Title : Kirromycin-induced modifications facilitate the separation of EF-Tu species and reveal intermolecular interactions.

Pub. Date : 1991 Nov 4

PMID : 1959611






2 Functional Relationships(s)
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1 As expected for these two distinct species, the dissociation of the EF-TuArBs.GTP complex in the presence of kirromycin shows a biphasic curve; in contrast, a monophasic GTP dissociation rate was found for a combination of two mutated EF-Tu species, EF-TuArBo, revealing the existence of intermolecular interactions. Guanosine Triphosphate Tu translation elongation factor, mitochondrial Homo sapiens
2 As expected for these two distinct species, the dissociation of the EF-TuArBs.GTP complex in the presence of kirromycin shows a biphasic curve; in contrast, a monophasic GTP dissociation rate was found for a combination of two mutated EF-Tu species, EF-TuArBo, revealing the existence of intermolecular interactions. Guanosine Triphosphate Tu translation elongation factor, mitochondrial Homo sapiens