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New insights into the cranial circulation and innervation of baenid turtles Project ID: 00000C573 Public
1 Media · 1 Specimen · Managed by: Yann Rollot

The internal carotid system has played an important role in the systematics of fossil turtles, including baenids. A new, almost perfectly preserved specimen of Eubaena cephalica provides an opportunity to explore for the first time the cranial circulation and innervation of this taxon using CT (computed tomography) scans. We here document that the skull possesses a well-developed, branching canalis nervus vidianus but lacks a canalis caroticus palatinum, which contradicts the previously reported circulation and innervation pattern for E. cephalica specifically and that of paracryptodires in general. Future investigation using CT scanning technology will be able to clarify if the pattern reported herein is unique to E. cephalica or is representative of paracryptodires in general. The latter conclusion will likely have considerable implications for the systematics of fossil turtles.

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Filtering by: Project Ferreira et al. 2021. Supplementary models to "Contrasting brains and bones: neuroanatomical evolution of turtles (Testudinata)" Remove constraint Project: Ferreira et al. 2021. Supplementary models to "Contrasting brains and bones: neuroanatomical evolution of turtles (Testudinata)" Taxonomy (GBIF) Eubaena Remove constraint Taxonomy (GBIF): Eubaena
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Identifier Taxonomy Total Media Date Added Source
dmnh:96004 Eubaena cephalica 4 2021-08-02 User Created
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