Searching journal content for articles similar to Horvath et al. 15 (7): 914.

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  1. ...class of SVs, first identified by Sturtevant in 1917 (Sturtevant 1917), that play a key dual role in primate evolution and predisposition to disease. Chromosome inversions are the most common rearrangements differentiating humans and the great ape species at the karyotypic level (Yunis et al. 1980...
  2. ...- sequencing. (C) A two-step model to elucidate the CNAs involving four regions on Chromosome 8 containing theMYC gene. Sequential FoSTeS events first caused the CNA regions to be duplicated, after which homologous recombination further amplified these duplicated regions to extreme copy numbers. Convergent...
  3. ...for this article.] Gene duplication events are one of the primary sources for the evolution of novel gene functions and are, thus, important in our understanding of the evolution of species (Ohno 1970). The human shows a complex pattern of interspersed segmental duplication typified by a mosaic pattern...
  4. ...-1479. ↵ Horvath, J.E., Gulden, C.L., Vallente, R.U., Eichler, M.Y., Ventura, M., McPherson, J.D., Graves, T.A., Wilson, R.K., Schwartz, S., Rocchi, M., et al. 2005 . Punctuated duplication seeding events during the evolution of human chromosome 2p11. Genome Res. 15 : 914 -927. ↵ International Rice...
  5. ...comparative FISH in primates has revealed that initial “seeding” pericentromere duplications occurred as a punctuated event prior to the divergence of humans and great apes 10–20 million years ago (Mya), with subsequent secondary dispersal duplications during the radiation of humans, chimps, and gorillas...
  6. ...organization of LRRC37 copies. (C ) FISH results of representative lemur BAC clones confirm a single cluster of tandem duplicated copies on lemur chromosome 17. Primate LRRC37 gene family evolution Genome Research 51 www..org various sources (Fig. 7; Supplemental Note) revealing extensive alternative splicing...
  7. ...to the pericentromeric regions in chimpanzee and human. This suggests an evolutionary shift in the direction of duplicative transposition events from subtelomeric in Old World monkeys to pericentromeric in the human/ape lineage. Extensive chromosomal relocation of autosomal-duplicated sequences from euchromatin...
  8. ...may occur by rare punctual but rather large changes, or by more steady and gradual transformations. It can therefore be asked whether genetic changes underlying morphological, physiological, and/or behavioral innovations during evolution occur in a punctual manner, whereby a single mutational event...
  9. ...of oscillatory gene expression between the two model organisms P. pacificus and C. elegans and associated evolutionary dynamics.The evolution of novelty and phenotypic divergence depends on two major molecular processes. First, the emergence of new genes through gene duplication, divergence, and de novo...
  10. ...comparison between sequences from a chimpanzee BAC clone (AC097264.4) and its orthologous locus on human chromosome 17 predicts a large (∼80 kbp) chimpanzee-specific insertion. DupMasker analysis suggests that the insertion is the result of a duplicative transposition event composed of segmental duplications...
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