Here I show that the mean codon usage bias of a genome, and of the lowly expressed genes in a genome, is largely similar across eukaryotes ranging from unicellular protists to vertebrates. Conversely, this bias in housekeeping genes and in highly expressed genes has a remarkable inverse relationship with species generation time that varies by more than four orders of magnitude. The relevance of these results to the nearly neutral theory of molecular evolution is discussed. Copyright © 2008 by the Genetics Society of America
The genetic codes have degeneracy; that is, most amino acids (18 out of 20 in the universal genetic ...
Nucleotides surrounding a codon influence the choice of this particular codon from among the group o...
<div><p>The genetic code in mRNA is redundant, with 61 sense codons translated into 20 different ami...
Codon bias in the genome of an organism influences its phenome by changing the speed and efficiency ...
Codon bias in the genome of an organism influences its phenome by changing the speed and efficiency ...
Frequencies of synonymous codons are typically non-uniform, despite the fact that such codons corres...
Organisms construct proteins out of individual amino acids using instructions encoded in the nucleot...
DNA encodes protein primary structure using 64 different codons to specify 20 different amino acids ...
Codon pair usage (codon context) is a species specific gene primary structure feature whose evolutio...
Codon pair usage (codon context) is a species specific gene primary structure feature whose evolutio...
The informational properties of biological systems are the subject of much debate and research. I p...
The genetic code in mRNA is redundant, with 61 sense codons translated into 20 different amino acids...
ABSTRACT Prokaryote genomes exhibit a wide range of GC contents and codon usages, both resulting fro...
Variation in synonymous codon usage is abundant across multiple levels of organization: between codo...
<p><em>Second term paper for my Biol L533 class (evolution of genes and genomes) with Mike Lynch, Wi...
The genetic codes have degeneracy; that is, most amino acids (18 out of 20 in the universal genetic ...
Nucleotides surrounding a codon influence the choice of this particular codon from among the group o...
<div><p>The genetic code in mRNA is redundant, with 61 sense codons translated into 20 different ami...
Codon bias in the genome of an organism influences its phenome by changing the speed and efficiency ...
Codon bias in the genome of an organism influences its phenome by changing the speed and efficiency ...
Frequencies of synonymous codons are typically non-uniform, despite the fact that such codons corres...
Organisms construct proteins out of individual amino acids using instructions encoded in the nucleot...
DNA encodes protein primary structure using 64 different codons to specify 20 different amino acids ...
Codon pair usage (codon context) is a species specific gene primary structure feature whose evolutio...
Codon pair usage (codon context) is a species specific gene primary structure feature whose evolutio...
The informational properties of biological systems are the subject of much debate and research. I p...
The genetic code in mRNA is redundant, with 61 sense codons translated into 20 different amino acids...
ABSTRACT Prokaryote genomes exhibit a wide range of GC contents and codon usages, both resulting fro...
Variation in synonymous codon usage is abundant across multiple levels of organization: between codo...
<p><em>Second term paper for my Biol L533 class (evolution of genes and genomes) with Mike Lynch, Wi...
The genetic codes have degeneracy; that is, most amino acids (18 out of 20 in the universal genetic ...
Nucleotides surrounding a codon influence the choice of this particular codon from among the group o...
<div><p>The genetic code in mRNA is redundant, with 61 sense codons translated into 20 different ami...