Yeast omnipotent supressor SUP1 (SUP45): nucleotide sequence of the wildtype and a mutant gene

P Breining, W Piepersberg - Nucleic acids research, 1986 - academic.oup.com
P Breining, W Piepersberg
Nucleic acids research, 1986academic.oup.com
The primary structures of the yeast recessive omnipotent supressor gene SUP1 SUP45 and
one of its mutant alleles sup1-ts36 was determined. The gene codes for a protein of 49 kD.
The mutant protein differs from the wildtype form in one amino acid residue (Ser instead of
Leu) in the N-terminal part. The codon usage differs significantly from that of yeast ribosomal
protein genes. However, an upstream element resembling a conserved oligonucleotide in
the region 5′ to ribosomal protein genes in S. cerevisiae has been found. A DNA probe …
Abstract
The primary structures of the yeast recessive omnipotent supressor gene SUP1 SUP45 and one of its mutant alleles sup1-ts36 was determined. The gene codes for a protein of 49 kD. The mutant protein differs from the wildtype form in one amino acid residue (Ser instead of Leu) in the N-terminal part. The codon usage differs significantly from that of yeast ribosomal protein genes. However, an upstream element resembling a conserved oligonucleotide in the region 5′ to ribosomal protein genes in S. cerevisiae has been found. A DNA probe internal to the SUP1 gene does not exhibit detectable homology to genomic DNA neither from higher eucaryotes nor from eu- or archaebacteria. The hypothetical function of this protein in control of translational fidelity is discussed.
Oxford University Press
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