Translation of mRNA is a highly regulated process that is tightly coordinated with cotranslational protein maturation. Recently, mRNA modifications and tRNA modifications - the so called epitranscriptome - have added a new layer of regulation that is still poorly understood. Both types of modifications can affect codon-anticodon interactions, thereby affecting mRNA translation and protein synthesis in similar ways. Here, we describe an updated view on how the different types of modifications can be mapped, how they affect translation, how they trigger phenotypes and discuss how the combined action of mRNA and tRNA modifications coordinate translation in health and disease
Messenger RNAs play a crucial role as a road map for the ribosome to decode during protein synthesis...
Cells use chemical modifications to alter the sterics, charge, and conformations of large biomolecul...
Protein homeostasis is essential for living organisms and a consequence of steps of the gene express...
Translation of mRNA is a highly regulated process that is tightly coordinated with cotranslational p...
The biochemical process of protein synthesis, known as translation, is comprised and dependent upon ...
Cells adapt to stress by altering gene expression at multiple levels. Here, we propose a new mechani...
Our understanding of the post-transcriptional modifications that decorate mRNAs, a regulatory layer ...
Covalent nucleotide modifications in RNAs affect numerous biological processes, and novel functions ...
Translation is a key step in protein synthesis in which the codons in messenger RNA (mRNA) are decod...
Regulation of protein synthesis makes a major contribution to post-transcriptional control pathways....
Transfer RNAs (tRNAs) are key players of protein synthesis, as they decode the genetic information o...
Innovations in epitranscriptomics have resulted in the identification of more than 160 RNA modificat...
The impact of local structure on mRNA translation is not well-defined pertaining to the 5′ UTR. Repo...
Protein synthesis, one of nature's most fundamental processes within all living cells, is catalyzed ...
Eukaryotic cells utilize a wide range of mechanisms to regulate gene expression, generating divergen...
Messenger RNAs play a crucial role as a road map for the ribosome to decode during protein synthesis...
Cells use chemical modifications to alter the sterics, charge, and conformations of large biomolecul...
Protein homeostasis is essential for living organisms and a consequence of steps of the gene express...
Translation of mRNA is a highly regulated process that is tightly coordinated with cotranslational p...
The biochemical process of protein synthesis, known as translation, is comprised and dependent upon ...
Cells adapt to stress by altering gene expression at multiple levels. Here, we propose a new mechani...
Our understanding of the post-transcriptional modifications that decorate mRNAs, a regulatory layer ...
Covalent nucleotide modifications in RNAs affect numerous biological processes, and novel functions ...
Translation is a key step in protein synthesis in which the codons in messenger RNA (mRNA) are decod...
Regulation of protein synthesis makes a major contribution to post-transcriptional control pathways....
Transfer RNAs (tRNAs) are key players of protein synthesis, as they decode the genetic information o...
Innovations in epitranscriptomics have resulted in the identification of more than 160 RNA modificat...
The impact of local structure on mRNA translation is not well-defined pertaining to the 5′ UTR. Repo...
Protein synthesis, one of nature's most fundamental processes within all living cells, is catalyzed ...
Eukaryotic cells utilize a wide range of mechanisms to regulate gene expression, generating divergen...
Messenger RNAs play a crucial role as a road map for the ribosome to decode during protein synthesis...
Cells use chemical modifications to alter the sterics, charge, and conformations of large biomolecul...
Protein homeostasis is essential for living organisms and a consequence of steps of the gene express...