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  • 1
    Language: English
    In: Infection, Genetics and Evolution, July 2018, Vol.61, pp.92-107
    Description: is an uncultivable bacterium and the causative agent of syphilis (subsp. [TPA]), human yaws (subsp. [TPE]), and bejel (subsp. ). Several species of nonhuman primates in Africa are infected by treponemes genetically undistinguishable from known human TPE strains. Besides , the equally uncultivable causes pinta in humans. In lagomorphs, ecovar Cuniculus and ecovar Lepus are the causative agents of rabbit and hare syphilis, respectively. All uncultivable pathogenic treponemes harbor a relatively small chromosome (1.1334–1.1405 Mbp) and show gene synteny with minimal genetic differences (〉98% identity at the DNA level) between subspecies and species. While uncultivable pathogenic treponemes contain a highly conserved core genome, there are a number of highly variable and/or recombinant chromosomal loci. This is also reflected in the occurrence of intrastrain heterogeneity (genetic diversity within an infecting bacterial population). Molecular differences at several different chromosomal loci identified among TPA strains or isolates have been used for molecular typing and the epidemiological characterization of syphilis isolates. This review summarizes genome structure of uncultivable pathogenic treponemes including genetically variable regions.
    Keywords: Treponema Pallidum Subsp. Pallidum ; T. Pallidum Subsp. Pertenue ; T. Pallidum Subsp. Endemicum ; T. Paraluisleporidarum ; Non-Human Primates ; Molecular Evolution ; Public Health
    ISSN: 1567-1348
    E-ISSN: 1567-7257
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  • 2
    Language: English
    In: Mitochondrial DNA Part B, 02 January 2018, Vol.3(1), pp.177-178
    Description: The olive baboon (Papio anubis) is the most widely distributed baboon species. We report here on the complete mitochondrial genome of an olive baboon from the south-eastern edge of the species' range from Gombe National Park (NP), Tanzania. The genome (GenBank accession number MG787545) has...
    Keywords: Sanger Sequencing ; Cercopithecidae ; Non-Human Primates ; Anatomy & Physiology
    E-ISSN: 2380-2359
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