In all contemporary organisms, the active site of the ribosome—the peptidyl transferase center—catalyzes two distinct reactions, peptide bond formation between peptidyl-tRNA and aminoacyl-tRNA as well as the hydrolysis of peptidyl-tRNA with the help of a release factor. However, when provided with appropriate substrates, ribosomes can also catalyze a broad range of other chemical reaction, which provides the basis for orthogonal translation and synthesis of alloproteins from unnatural building blocks. Advances in understanding the mechanisms of the two ubiquitous reactions, the peptide bond formation and peptide release, provide insights into the versatility of the active site of the ribosome. Release factors 1 and 2 and elongation factor P...
The peptidyl transferase center (PTC) is located in a protein free environment, thus confirming that...
The main enzymatic reaction of the large ribosomal subunit is peptide bond formation. Ribosome cryst...
The peptidyl transfer reaction on the large ribosomal subunit depends on the protonation state of th...
In all contemporary organisms, the active site of the ribosome—the peptidyl transferase center—catal...
The chemical step of protein synthesis, peptide bond formation, is catalyzed by the large subunit of...
The determination of the tertiary structure of the bacterial ribosomes revealed that the peptidyl tr...
Role of RNA backbone groups for ribosomal catalysis S u m m a r y The ribosomal peptidyl transferase...
AbstractPeptide bond formation and peptide release are catalyzed in the active site of the large sub...
A ribosome is a ribozyme polymerizing amino acids, exploiting positional- and substrate-mediated che...
SummaryThe 2′ OH of the peptidyl-tRNA substrate is thought to be important for catalysis of both pep...
Ribosome, the ubiquitous organelle, is the site for protein synthesis in all types of cells. The con...
Peptide bond formation and translational termination on the ribosome have been simulated by molecula...
AbstractBackground: One of the most significant questions in understanding the origin of life concer...
Abstract The ribosome is a ribozyme whose active site, the peptidyl trans-ferase center (PTC), is si...
Translation terminates by releasing the polypeptide chain in one of two chemical reactions catalyzed...
The peptidyl transferase center (PTC) is located in a protein free environment, thus confirming that...
The main enzymatic reaction of the large ribosomal subunit is peptide bond formation. Ribosome cryst...
The peptidyl transfer reaction on the large ribosomal subunit depends on the protonation state of th...
In all contemporary organisms, the active site of the ribosome—the peptidyl transferase center—catal...
The chemical step of protein synthesis, peptide bond formation, is catalyzed by the large subunit of...
The determination of the tertiary structure of the bacterial ribosomes revealed that the peptidyl tr...
Role of RNA backbone groups for ribosomal catalysis S u m m a r y The ribosomal peptidyl transferase...
AbstractPeptide bond formation and peptide release are catalyzed in the active site of the large sub...
A ribosome is a ribozyme polymerizing amino acids, exploiting positional- and substrate-mediated che...
SummaryThe 2′ OH of the peptidyl-tRNA substrate is thought to be important for catalysis of both pep...
Ribosome, the ubiquitous organelle, is the site for protein synthesis in all types of cells. The con...
Peptide bond formation and translational termination on the ribosome have been simulated by molecula...
AbstractBackground: One of the most significant questions in understanding the origin of life concer...
Abstract The ribosome is a ribozyme whose active site, the peptidyl trans-ferase center (PTC), is si...
Translation terminates by releasing the polypeptide chain in one of two chemical reactions catalyzed...
The peptidyl transferase center (PTC) is located in a protein free environment, thus confirming that...
The main enzymatic reaction of the large ribosomal subunit is peptide bond formation. Ribosome cryst...
The peptidyl transfer reaction on the large ribosomal subunit depends on the protonation state of th...