AbstractAffinity labelling of E. coli ribosomes is performed by treatment with water-soluble carbodiimide of the complex of ribosomes with (pU)7, tRNAPhe at the P-site and with Phe-tRNAPhe (complex I) and without Phe-tRNAPhe (complex II) at the A-site. The extent of modification is, respectively, 0.06 and 0.026 mol (pU)7 per mol ribosomes. Protein S3 is found as a single labelled protein in complex I, whereas S7, S8, L25 are modified in complex II. Thus, in the absence of a large spacer group within the complex stabilized by codonanticodon interactions at both A- and P-sites, a highly selective modification occurs
AbstractThe roles of 2′-OH groups in the binding of mRNA to human ribosomes were studied using site-...
AbstractrRNA-protein cross-links in free E. Coli35S-labeled 70 S ribosomes and in the initiation com...
A series of P-site probes, chlorambucilyl-(Pro)-Phe-tRNA, were pre-pared and reacted with poly(U)-di...
AbstractAffinity labelling of E. coli ribosomes is performed by treatment with water-soluble carbodi...
AbstractPhotoreactive derivatives of E. coli tRNAPhe bearing arylazido groups on guanine residues (a...
AbstractAffinity labelling of E. coli ribosomes with the 2',3'-O-[4-(N-2-chloroethyl)-N-methylamino]...
AbstractFrom the affinity labelling of 70 S ribosomes with a photoreactive derivative of Phe-tRNAphe...
AbstractRibosomal proteins participating in intersubunit RNA-protein contacts (directly interacting ...
AbstractNucleotide residues of E.coli tRNA interacting directly with proteins in pre- and posttransl...
AbstractWith the aid of photoinduced tRNA-protein cross-linking, nucleotide residues A21, U45 and U6...
AbstractThe 30 S subunit contains 2 sites for tRNA binding (Phe-tRNA, AcPhe-tRNA, tRNAPheOH) with th...
AbstractRNA—protein interactions in the 60 S subunits of rat liver ribosomes were studied using 1-et...
AbstractA labeled tRNA present at the A, P or E site can be partially chased from the ribosome, a co...
AbstractPhotoreactive derivatives of yeast tRNAPhe containing 2-azidoadenosine at their 3′ termini w...
AbstractThe cleavable homobifunctional reagent dichloro[N,N,N′,N′-tetrakis(2-aminoethyl)-1,6-hexamet...
AbstractThe roles of 2′-OH groups in the binding of mRNA to human ribosomes were studied using site-...
AbstractrRNA-protein cross-links in free E. Coli35S-labeled 70 S ribosomes and in the initiation com...
A series of P-site probes, chlorambucilyl-(Pro)-Phe-tRNA, were pre-pared and reacted with poly(U)-di...
AbstractAffinity labelling of E. coli ribosomes is performed by treatment with water-soluble carbodi...
AbstractPhotoreactive derivatives of E. coli tRNAPhe bearing arylazido groups on guanine residues (a...
AbstractAffinity labelling of E. coli ribosomes with the 2',3'-O-[4-(N-2-chloroethyl)-N-methylamino]...
AbstractFrom the affinity labelling of 70 S ribosomes with a photoreactive derivative of Phe-tRNAphe...
AbstractRibosomal proteins participating in intersubunit RNA-protein contacts (directly interacting ...
AbstractNucleotide residues of E.coli tRNA interacting directly with proteins in pre- and posttransl...
AbstractWith the aid of photoinduced tRNA-protein cross-linking, nucleotide residues A21, U45 and U6...
AbstractThe 30 S subunit contains 2 sites for tRNA binding (Phe-tRNA, AcPhe-tRNA, tRNAPheOH) with th...
AbstractRNA—protein interactions in the 60 S subunits of rat liver ribosomes were studied using 1-et...
AbstractA labeled tRNA present at the A, P or E site can be partially chased from the ribosome, a co...
AbstractPhotoreactive derivatives of yeast tRNAPhe containing 2-azidoadenosine at their 3′ termini w...
AbstractThe cleavable homobifunctional reagent dichloro[N,N,N′,N′-tetrakis(2-aminoethyl)-1,6-hexamet...
AbstractThe roles of 2′-OH groups in the binding of mRNA to human ribosomes were studied using site-...
AbstractrRNA-protein cross-links in free E. Coli35S-labeled 70 S ribosomes and in the initiation com...
A series of P-site probes, chlorambucilyl-(Pro)-Phe-tRNA, were pre-pared and reacted with poly(U)-di...