How proteins are made became a major focus following the discovery of the double-helicalstructure of DNA in 1953. Once it was realized that the genetic code existed within the order ofbase pairs of DNA, it became of immediate importance to understand how that information wasconverted into the sequences of amino acids that defined individual proteins. The solution of thisproblem, which includes deciphering the genetic code, is one of the great achievements in thescience that is now known as molecular biology. Many of these achievements have been recorded and celebrated at previous Symposia in this series
Although the basic facts about the ribosome were already known 40 years ago, elucidating its atomic ...
The precise mechanisms underlying the evolution of the genetic code have eluded researchers for deca...
Scope and Method of Study: A survey of the literature was made to determine history of the search fo...
Ribosomes translate the genetic code into proteins in all living cells with extremely high efficienc...
Abstract According to the molecular recognition theory, the complementarity of the sense and nonsens...
The genetic code shapes the genetic repository. Its origin has puzzled molecular scientists for over...
The evolution of the genetic code is mapped out starting with the aminoacyl tRNA-synthetases and the...
The discovery that proteins are encoded in the genes, which are themselves not proteins, has long se...
The genetic code is extremely old, predating the time of the most recent common ancestor of the thre...
Ribosomes are responsible for translation of the genetic code. Since the process of translation serv...
AbstractMeetings held in late April to mark the 50th anniversary of the elucidation of the DNA doubl...
The origin of the genetic code is obscure, but this event draws continuing comment because it was a ...
AbstractThe ribosome is the site in the cell where proteins are synthesized. Cryo-electron microscop...
The 3x redundancy of the Genetic Code is usually explained as a necessity to increase the mutation-r...
AbstractA series of stages in the evolution of the genetic code is postulated, representing a chain ...
Although the basic facts about the ribosome were already known 40 years ago, elucidating its atomic ...
The precise mechanisms underlying the evolution of the genetic code have eluded researchers for deca...
Scope and Method of Study: A survey of the literature was made to determine history of the search fo...
Ribosomes translate the genetic code into proteins in all living cells with extremely high efficienc...
Abstract According to the molecular recognition theory, the complementarity of the sense and nonsens...
The genetic code shapes the genetic repository. Its origin has puzzled molecular scientists for over...
The evolution of the genetic code is mapped out starting with the aminoacyl tRNA-synthetases and the...
The discovery that proteins are encoded in the genes, which are themselves not proteins, has long se...
The genetic code is extremely old, predating the time of the most recent common ancestor of the thre...
Ribosomes are responsible for translation of the genetic code. Since the process of translation serv...
AbstractMeetings held in late April to mark the 50th anniversary of the elucidation of the DNA doubl...
The origin of the genetic code is obscure, but this event draws continuing comment because it was a ...
AbstractThe ribosome is the site in the cell where proteins are synthesized. Cryo-electron microscop...
The 3x redundancy of the Genetic Code is usually explained as a necessity to increase the mutation-r...
AbstractA series of stages in the evolution of the genetic code is postulated, representing a chain ...
Although the basic facts about the ribosome were already known 40 years ago, elucidating its atomic ...
The precise mechanisms underlying the evolution of the genetic code have eluded researchers for deca...
Scope and Method of Study: A survey of the literature was made to determine history of the search fo...