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OliverJeffreyIntegrativeBiologyNymphalidEyespotsCo-opted_AdditionalFiles.zip Public Deposited

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https://ir.library.oregonstate.edu/concern/articles/f7623f354

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  • BACKGROUND: Variation in the number of repeated traits, or serial homologs, has contributed greatly to animal body plan diversity. Eyespot color patterns of nymphalid butterflies, like arthropod and vertebrate limbs, are an example of serial homologs. These eyespot color patterns originated in a small number of wing sectors on the ventral hindwing surface and later appeared in novel wing sectors, novel wings, and novel wing surfaces. However, the details of how eyespots were co-opted to these novel wing locations are currently unknown. RESULTS: We used a large data matrix of eyespot/presence absence data, previously assembled from photographs of contemporary species, to perform a phylogenetic investigation of eyespot origins in nine independent nymphalid lineages. To determine how the eyespot gene regulatory network acquired novel positional information, we used phylogenetic correlation analyses to test for non-independence in the origination of eyespots. We found consistent patterns of eyespot gene network redeployment in the nine lineages, where eyespots first redeployed from the ventral hindwing to the ventral forewing, then to new sectors within the ventral wing surface, and finally to the dorsal wing surface. Eyespots that appeared in novel wing sectors modified the positional information of their serial homolog ancestors in one of two ways: by changing the wing or surface identity while retaining sector identity, or by changing the sector identity while retaining wing and surface identity. CONCLUSIONS: Eyespot redeployment to novel sectors, wings, and surfaces happened multiple times in different nymphalid subfamilies following a similar pattern. This indicates that parallel mutations altering expression of the eyespot gene regulatory network led to its co-option to novel wing locations over time.
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  • description.provenance : Approved for entry into archive by Erin Clark(erin.clark@oregonstate.edu) on 2015-03-27T17:29:57Z (GMT) No. of bitstreams: 3 license_rdf: 1370 bytes, checksum: cd1af5ab51bcc7a5280cf305303530e9 (MD5) OliverJeffreyIntegrativeBiologyNymphalidEyespotsCo-opted.pdf: 1938243 bytes, checksum: 285d14d3f64f50a0aec979211b63f389 (MD5) OliverJeffreyIntegrativeBiologyNymphalidEyespotsCo-opted_AdditionalFiles.zip: 984601 bytes, checksum: 4c6cd7aac3b59d0d7b3695044a285049 (MD5)
  • description.provenance : Made available in DSpace on 2015-03-27T17:29:57Z (GMT). No. of bitstreams: 3 license_rdf: 1370 bytes, checksum: cd1af5ab51bcc7a5280cf305303530e9 (MD5) OliverJeffreyIntegrativeBiologyNymphalidEyespotsCo-opted.pdf: 1938243 bytes, checksum: 285d14d3f64f50a0aec979211b63f389 (MD5) OliverJeffreyIntegrativeBiologyNymphalidEyespotsCo-opted_AdditionalFiles.zip: 984601 bytes, checksum: 4c6cd7aac3b59d0d7b3695044a285049 (MD5) Previous issue date: 2015-02-14
  • description.provenance : Submitted by Erin Clark (erin.clark@oregonstate.edu) on 2015-03-27T17:29:40Z No. of bitstreams: 3 license_rdf: 1370 bytes, checksum: cd1af5ab51bcc7a5280cf305303530e9 (MD5) OliverJeffreyIntegrativeBiologyNymphalidEyespotsCo-opted.pdf: 1938243 bytes, checksum: 285d14d3f64f50a0aec979211b63f389 (MD5) OliverJeffreyIntegrativeBiologyNymphalidEyespotsCo-opted_AdditionalFiles.zip: 984601 bytes, checksum: 4c6cd7aac3b59d0d7b3695044a285049 (MD5)

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