Although considered an extremely unlikely event, many genes emerge from previously noncoding genomic regions. This review covers the entire life cycle of such de novo genes. Two competing hypotheses about the process of de novo gene birth are discussed as well as the high death rate of de novo genes. Despite the high death rate, some de novo genes are retained and remain functional, even in distantly related species, through their integration into gene networks. Further studies combining gene expression with ribosome profiling in multiple populations across different species will be instrumental for an improved understanding of the evolutionary processes operating on de novo genes
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
Funding for Open Access provided by the UMD Libraries Open Access Publishing Fund.How non-coding DNA...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
Although considered an extremely unlikely event, many genes emerge from previously noncoding genomic...
Author manuscript; available in PMC 2013 January 19.Novel protein-coding genes can arise either thro...
Background: New gene emergence is so far assumed to be mostly driven by duplication and divergence o...
Orphangenes are genes that occur in specific evolutionary lineages without similarity to genes outsi...
Orphangenes are genes that occur in specific evolutionary lineages without similarity to genes outsi...
Gene evolution has long been thought to be primarily driven by duplication and rearrangement mechani...
For purposes of this table, genes are defined as orphan genes (when species-specific) or TRGs (when ...
Novel protein-coding genes can arise either through re-organization of pre-existing genes or de novo...
peer reviewedNovel protein-coding genes can arise either through re-organization of pre-existing gen...
The origin of novel protein-coding genes de novo was once considered so improbable as to be impossib...
Genes can evolve via duplication and divergence mechanisms, but also de novo out of non-coding inter...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
Funding for Open Access provided by the UMD Libraries Open Access Publishing Fund.How non-coding DNA...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
Although considered an extremely unlikely event, many genes emerge from previously noncoding genomic...
Author manuscript; available in PMC 2013 January 19.Novel protein-coding genes can arise either thro...
Background: New gene emergence is so far assumed to be mostly driven by duplication and divergence o...
Orphangenes are genes that occur in specific evolutionary lineages without similarity to genes outsi...
Orphangenes are genes that occur in specific evolutionary lineages without similarity to genes outsi...
Gene evolution has long been thought to be primarily driven by duplication and rearrangement mechani...
For purposes of this table, genes are defined as orphan genes (when species-specific) or TRGs (when ...
Novel protein-coding genes can arise either through re-organization of pre-existing genes or de novo...
peer reviewedNovel protein-coding genes can arise either through re-organization of pre-existing gen...
The origin of novel protein-coding genes de novo was once considered so improbable as to be impossib...
Genes can evolve via duplication and divergence mechanisms, but also de novo out of non-coding inter...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
Funding for Open Access provided by the UMD Libraries Open Access Publishing Fund.How non-coding DNA...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...