Pseudogenes are paralogs generated from ancestral functional genes (parents) during
genome evolution, which contain critical defects in their sequences, such as lacking a …

Pseudogenes (Ψ) are nonfunctional genomic sequences resembling functional genes.
Knowledge of Ψs can improve genome annotation and our understanding of genome …

Pseudogenes are defined as nonfunctional DNA sequences with homology to functional
protein-coding genes, and they typically contain nonfunctional mutations within the …

Pseudogenes are homologous relatives of known genes that have lost their ability to
function as a transcriptional unit. Three classes of pseudogenes are known to exist …

Gene prediction methods for eukaryotic genomes still are not fully satisfying. One way to
improve gene prediction accuracy, proven to be relevant for prokaryotes, is to consider more …

Pseudogenes (Ψs), including processed and non-processed Ψs, are ubiquitous genetic
elements derived from originally functional genes in all studied genomes within the three …

Pseudogenes (Ψs), nonfunctional relatives of functional genes, form by duplication or
retrotransposition, and loss of gene function by disabling mutations. Evolutionary analysis …

Pseudogenes, nonfunctional genomic sequences derived from functional protein-coding
genes, form by duplication or retrotransposition, and loss of gene function by disabling …

Background Several lines of evidence support the existence of novel genes and other
transcribed units which have not yet been annotated in the Arabidopsis genome. Two gene …

Motivation: Pseudogenes are the remnants of genomic sequences of genes which are no
longer functional. They are frequent in most eukaryotic genomes, and an important resource …