Sequences from nuclear mitochondrial pseudogenes (numts) that originated by transfer of
genetic information from mitochondria to the nucleus offer a unique opportunity to compare …

Inconsistencies between phylogenetic interpretations obtained from independent sources of
molecular data occasionally hamper the recovery of the true evolutionary history of certain …

We cloned and sequenced a segment of mitochondrial DNA from human, chimpanzee,
gorilla, orangutan, and gibbon. This segment is 896 bp in length, contains the genes for …

Numts are fragments of mitochondrial DNA (mtDNA) that have been translocated to the
nucleus, where they can persist while their mitochondrial counterparts continue to rapidly …

We determined nucleotide sequences of homologous 0.9-kb fragments of mitochondrial
DNAs (mtDNAs) derived from four species of old-world monkeys, one species of new-world …

Complete primary structures for the major non-coding region of 13 human and two
chimpanzee mitochondrial DNAs (mtDNAs) were determined by direct sequencing via the …

We determined the phylogenetic positions of 82 large nuclear pseudogenes of
mitochondrial origin (numts) within the human genome. For each numt, two possibilities …

We describe here a nuclear mitochondrial DNA-like sequence (numtDNA) that is nearly
identical in sequence to a continuous 5842 bp segment of human mitochondrial DNA …

Numts are nonfunctional mitochondrial sequences that have translocated into nuclear DNA,
where they evolve independently from the original mitochondrial DNA (mtDNA) sequence …

Nuclear mitochondrial pseudogenes (Numts) have been found in the genome of many
eukaryote species, including humans. Using a BLAST approach, we found 1105 DNA …