Genes can evolve via duplication and divergence mechanisms, but also de novo out of non-coding intergenic sequences. This latter mechanism has only recently become fully appreciated, while the former mechanism was an almost exclusive dogma for quite some time. This essay explores the history of this development: why a view developed, with the alternative hardly being explored. Because of the prevailing view, an important aspect of the nature of genes and their evolutionary origin escaped our attention. Evidence is now rapidly accumulating that de novo evolution is a very active mechanism for generating novelty in th
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...
Comparative genomics have brought much insight into the de novo emergence of genes. Two new studies ...
The origin of novel protein-coding genes de novo was once considered so improbable as to be impossib...
Although considered an extremely unlikely event, many genes emerge from previously noncoding genomic...
Gene evolution has long been thought to be primarily driven by duplication and rearrangement mechani...
Background: New gene emergence is so far assumed to be mostly driven by duplication and divergence o...
Although considered an extremely unlikely event, many genes emerge from previously noncoding genomic...
At least since the publication of Susumu Ohno's Evolution by Gene Duplication (Ohno 1970), the conve...
Over the last few years, there has been an increasing amount of evidence for the de novo emergence o...
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...
<div><p>How non-coding DNA gives rise to new protein-coding genes (<i>de novo</i> genes) is not well...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
Comparative genomics have brought much insight into the de novo emergence of genes. Two new studies ...
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...
Comparative genomics have brought much insight into the de novo emergence of genes. Two new studies ...
The origin of novel protein-coding genes de novo was once considered so improbable as to be impossib...
Although considered an extremely unlikely event, many genes emerge from previously noncoding genomic...
Gene evolution has long been thought to be primarily driven by duplication and rearrangement mechani...
Background: New gene emergence is so far assumed to be mostly driven by duplication and divergence o...
Although considered an extremely unlikely event, many genes emerge from previously noncoding genomic...
At least since the publication of Susumu Ohno's Evolution by Gene Duplication (Ohno 1970), the conve...
Over the last few years, there has been an increasing amount of evidence for the de novo emergence o...
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...
<div><p>How non-coding DNA gives rise to new protein-coding genes (<i>de novo</i> genes) is not well...
How non-coding DNA gives rise to new protein-coding genes (de novo genes) is not well understood. Re...
Comparative genomics have brought much insight into the de novo emergence of genes. Two new studies ...
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...
Comparative genomics have brought much insight into the de novo emergence of genes. Two new studies ...