Euarchontoglires: Difference between revisions

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File:OrthoMaM_v10b_2019_116genera_circular_tree.svg|Euarchontoglires
File:Lepus_timidus_-_1700-1880_-_Print_-_Iconographia_Zoologica_-(white_background).jpg|Lepus timidus
File:Ruskea_rotta.png|Ruskea rotta
File:Die_Säugthiere_in_Abbildungen_nach_der_Natur,_mit_Beschreibungen_(Plate_34)_(white_background).jpg|Die Säugthiere in Abbildungen
File:Cynocephalus_volans_Brehm1883_(white_background).jpg|Cynocephalus volans
File:Cynocephalus_doguera_-_1700-1880_-_Print_-_Iconographia_Zoologica_-_Special_Collections_University_of_Amsterdam_-_(white_background).tiff|Cynocephalus doguera
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Latest revision as of 11:35, 18 February 2025

Euarchontoglires[edit]

Euarchontoglires is a clade and a superorder of mammals, first established by molecular methods in 2001. The group includes rodents, lagomorphs, treeshrews, colugos, and primates, including humans.

Taxonomy and Evolution[edit]

The Euarchontoglires clade is a result of the molecular phylogenetic revolution. The name Euarchontoglires, coined in 2001, is derived from the combination of Euarchonta and Glires, which were previously considered separate clades.

The Euarchontoglires are part of the larger clade of Placentalia, which includes all living placental mammals. They are hypothesized to have diverged from the Laurasiatheria clade around 85-95 million years ago during the late Cretaceous period.

Characteristics[edit]

Members of the Euarchontoglires clade share several common characteristics. These include a similar arrangement of the carotid arteries, the presence of a postorbital bar, and a similar pattern of the molar teeth.

Classification[edit]

The Euarchontoglires clade is divided into two main groups: the Glires, which includes rodents and lagomorphs, and the Euarchonta, which includes treeshrews, colugos, and primates.

Importance in Medical Research[edit]

Due to their close genetic relationship to humans, several members of the Euarchontoglires clade, particularly rodents, are important in medical research. They serve as model organisms in a variety of studies, including those related to genetics, disease, and drug testing.

See Also[edit]

References[edit]

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