2012
DOI: 10.1159/000339381
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Evolutionary Molecular Cytogenetics of Catarrhine Primates: Past, Present and Future

Abstract: The catarrhine primates were the first group of species studied with comparative molecular cytogenetics. Many of the fundamental techniques and principles of analysis were initially applied to comparisons in these primates, including interspecific chromosome painting, reciprocal chromosome painting and the extensive use of cloned DNA probes for evolutionary analysis. The definition and importance of chromosome syntenies and associations for a correct cladistics analysis of phylogenomic relationships were first… Show more

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Cited by 14 publications
(13 citation statements)
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“…The vervet karyotype contains seven additional autosomes compared to the inferred ancestral catarrhine karyotype (Finelli et al 1999;Stanyon et al 2012). To discern whether vervets also display more frequent smaller-scale rearrangements, we first conducted a comparative analysis of total interspersed repeats, then performed detailed comparisons of synteny between the vervet genome and those of human and rhesus macaque.…”
Section: Primate Genome Conservationmentioning
confidence: 99%
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“…The vervet karyotype contains seven additional autosomes compared to the inferred ancestral catarrhine karyotype (Finelli et al 1999;Stanyon et al 2012). To discern whether vervets also display more frequent smaller-scale rearrangements, we first conducted a comparative analysis of total interspersed repeats, then performed detailed comparisons of synteny between the vervet genome and those of human and rhesus macaque.…”
Section: Primate Genome Conservationmentioning
confidence: 99%
“…A previous report used chromosome painting to compare the human karyotype with those of several catarrhine species, including vervet (Stanyon et al 2012). We conducted a higher resolution molecular cytogenetic comparison of the vervet, rhesus macaque, and human karyotypes, narrowing each breakpoint region through reiterative FISH experiments.…”
Section: Primate Genome Conservationmentioning
confidence: 99%
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