In today's world, Centroneuralia is an issue that has gained great relevance in society. Whether due to its impact on people's daily lives, its importance in the development of different areas or its influence on culture and entertainment, Centroneuralia has become a point of interest for a wide audience. In this article we will explore different aspects related to Centroneuralia, from its origins and evolution to its impact today. In addition, we will analyze how Centroneuralia has left its mark in different areas and has become a phenomenon worth examining in depth.
Centroneuralia Temporal range:
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Diversity of centroneuralians, showcasing vertebrates (Chordata), mollusks (Protostomia, Spiralia) and arthropods (Protostomia, Ecdysozoa) | |
Scientific classification | |
Domain: | Eukaryota |
Kingdom: | Animalia |
Subkingdom: | Eumetazoa |
Clade: | ParaHoxozoa |
Clade: | Bilateria |
Clade: | Centroneuralia Telford, 2021 |
Clades | |
Centroneuralia is a proposed clade of animals with bilateral symmetry as an embryo, consisting of the Chordata and Protostomia, united by the presence of a central nervous system. An alternative to the traditional protostome-deuterostome dichotomy, it has found weak support in several studies. Under this hypothesis, Centroneuralia would be sister to Xenambulacraria (Xenacoelomorpha + Ambulacraria) at the base of Bilateria.
Centroneuralia, as a proposed clade, originates in phylogenomics. More precisely, recent studies correlate support for Deuterostomia with simpler, site-homogeneous models, while more sophisticated and site-heterogeneous models recover Centroneuralia more often.
Bilateria |
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