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| | Stop codon selection in eukaryotic translation termination: comparison of the discriminating potential between human ... |
 | | For example, the stop codons UAA and UAG are translated into glutamine in several species (UGA = stop variant code), whereas in the hypotrich genus Euplotes, UGA is translated into cysteine (Caron and Meyer, 1985; Preer et al., 1985; Harper and Jahn, 1989; for a recent review, see Lozupone et al., 2001). |
 | | However, for the S64D mutated eRF1, there is a discrepancy between the presence of a cross-link with the three stop codons (Figure 1) and the alteration of release activity in the in vitro release assay (Frolova et al., 2002). |
 | | Indeed, the restriction of stop codon recognition to UAA and UAG, a characteristic of Euplotes eRF1 supported by in vitro release assays (Kervestin et al., 2001), was obtained only when the entire N-terminal domain of Euplotes eRF1 was present (Figure 4). |
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