The difficulty in explaining the origin of genetic coding centres on the need to identify selective advantages that could account for the synthesis of peptidyl-tRNA, the essential intermediate in genetically programmed translation. It is resolved by a recognition of the functional advantages derivable from the post-transcriptional addition of peptide cofactors to RNA apo-catalysts. This enables the formulation of a theory for the origin of the genetic encoding of protein synthesis by RNA
The origin of the genetic code in the context of an RNA world is a major problem in the field of bio...
We review arguments that biology emerged from a reciprocal partnership in which small ancestral olig...
The origins of the components of genetic coding are examined in the present study. Genetic informati...
Abstract Background Understanding the origin of protein synthesis has been notoriously difficult. We...
The origin of the genetic code is obscure, but this event draws continuing comment because it was a ...
A new hypothesis is proposed, that early life possessed a mechanism for the simultaneous synthesis o...
The early metabolism arising in a Thioester world gave rise to amino acids and their simple peptides...
The major thrust is to understand just how the process of protein synthesis, including that very imp...
A model is presented for the evolution of metabolism and protein synthesis in a primitive, acellular...
Abstract: The origin of genetic code and translation system is probably the central and most difficu...
Genetic coding is generally thought to have required ribozymes whose functions were taken over by po...
The genetic code shapes the genetic repository. Its origin has puzzled molecular scientists for over...
AbstractThe genetic code is an enduring feature of biology: only rare circumstances result in change...
Abstract Background Synthesis of proteins is based on the genetic code - a nearly universal assignme...
AbstractA series of stages in the evolution of the genetic code is postulated, representing a chain ...
The origin of the genetic code in the context of an RNA world is a major problem in the field of bio...
We review arguments that biology emerged from a reciprocal partnership in which small ancestral olig...
The origins of the components of genetic coding are examined in the present study. Genetic informati...
Abstract Background Understanding the origin of protein synthesis has been notoriously difficult. We...
The origin of the genetic code is obscure, but this event draws continuing comment because it was a ...
A new hypothesis is proposed, that early life possessed a mechanism for the simultaneous synthesis o...
The early metabolism arising in a Thioester world gave rise to amino acids and their simple peptides...
The major thrust is to understand just how the process of protein synthesis, including that very imp...
A model is presented for the evolution of metabolism and protein synthesis in a primitive, acellular...
Abstract: The origin of genetic code and translation system is probably the central and most difficu...
Genetic coding is generally thought to have required ribozymes whose functions were taken over by po...
The genetic code shapes the genetic repository. Its origin has puzzled molecular scientists for over...
AbstractThe genetic code is an enduring feature of biology: only rare circumstances result in change...
Abstract Background Synthesis of proteins is based on the genetic code - a nearly universal assignme...
AbstractA series of stages in the evolution of the genetic code is postulated, representing a chain ...
The origin of the genetic code in the context of an RNA world is a major problem in the field of bio...
We review arguments that biology emerged from a reciprocal partnership in which small ancestral olig...
The origins of the components of genetic coding are examined in the present study. Genetic informati...