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    • No evidence of WGD

      • We assembled the first harvestman draft genome for the species Phalangium opilio, which bears elongate, prehensile appendages, made possible by numerous distal articles called tarsomeres. Here, we show that the genome of P. opilio exhibits a single Hox cluster and no evidence of WGD.
      royalsocietypublishing.org › doi › 10
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  2. Aug 4, 2021 · We assembled the first harvestman draft genome for the species Phalangium opilio, which bears elongate, prehensile appendages, made possible by numerous distal articles called tarsomeres. Here, we show that the genome of P. opilio exhibits a single Hox cluster and no evidence of WGD.

  3. P. opilio have also been observed to take cover in low vegetation, like grass, during rain. Description. Like other harvestmen, P. opilio have long, slender legs and a short, round body. Adult P. opilio have a body length of 3.5–9 mm (1 ⁄ 8 – 3 ⁄ 8 in). Males tend to have smaller bodies than females, but have noticeably larger pedipalps ...

  4. Nov 9, 2021 · Furthermore, we discovered conserved as well as divergent expression patterns of spider Wnt genes with respect to those of the harvestman Phalangium opilio, which did not have an ancestral WGD (Fig. 1). Our data reveal some patterns of sub- and neo-functionalization of Wnt genes after duplication and retention in spiders.

    • Ralf Janssen, Matthias Pechmann, Natascha Turetzek
    • 2021
  5. Jan 12, 2021 · species Phalangium opilio have suggested that harvestmen do not exhibit systemic genome duplication, as evidenced by Hox gene complements (Sharma, Schwager, Extavour, &

  6. We assembled the first opilionid draft genome for the species Phalangium opilio, which bears elongate, prehensile appendages, made possible by numerous distal articles called tarsomeres. Here, we show that the genome of P. opilio exhibits a single Hox cluster and no evidence of WGD.

  7. science.umd.edu › entm › shultzlabPhalangium opilio

    Phalangium opilio

  8. We assembled the first harvestman draft genome for the species Phalangium opilio , which bears elongate, prehensile appendages, made possible by numerous distal articles called tarsomeres.

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