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- B74a990e66730d9f932fddfa8dba88cc5 date_retrieved "2012-09-17" @default.
- B74a990e66730d9f932fddfa8dba88cc5 external_class "VHOG:0000944" @default.
- B74a990e66730d9f932fddfa8dba88cc5 ontology "VHOG" @default.
- B74a990e66730d9f932fddfa8dba88cc5 source "DOI:10.1038/nature07339 Boisvert CA, Mark-Kurik E and Ahlberg PE, The pectoral fin of Panderichthys and the origin of digits. Nature (2008)" @default.
- B74a990e66730d9f932fddfa8dba88cc5 source "http://bgee.unil.ch/" @default.
- B74a990e66730d9f932fddfa8dba88cc5 type Axiom @default.
- B74a990e66730d9f932fddfa8dba88cc5 annotatedProperty UBPROP_0000003 @default.
- B74a990e66730d9f932fddfa8dba88cc5 annotatedSource UBERON_0002544 @default.
- B74a990e66730d9f932fddfa8dba88cc5 annotatedTarget "Our reinterpretation of the distal fin endoskeleton of Panderichthys removes the final piece of evidence supporting the formerly popular hypothesis that tetrapod digits are wholly new structures without homologues in sarcopterygian fish fins. This hypothesis, which was based partly on the complete absence of plausible digit homologues in Panderichthys (then the closest known relative of tetrapods), has already been called into question by the discovery of digit-like radials in Tiktaalik and the fact that Hox gene expression patterns closely resembling those associated with digit formation in tetrapods occur in the distal fin skeletons of paddlefish and Australian lungfish. Our new data show that Panderichthys is not an anomaly: like Tiktaalik and other fish members of the Tetrapodomorpha, it has distal radials that can be interpreted as digit homologues.[well established][VHOG]" @default.