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Bony projections of neck vertebrae in certain reptiles
complex, winglike projections. Epipophyses provided large attachment areas for several neck muscles; large epipophyses are therefore indicative of a strong
Epipophyses
Clade of reptiles
the supratemporal fenestra, the main opening in the rear skull roof Epipophyses, obliquely backward-pointing processes on the rear top corners of the
Dinosaur
Genus of dinosaur from the Late Cretaceous period
featured a double row of enlarged, upwardly directed bony processes called epipophyses, creating a smooth trough on the top of the neck vertebrae. These processes
Carnotaurus
Extinct family of dinosaurs
have long and spine-like epipophyses on the cervicals of most of the neck, although they diminish near the neck. Epipophyses are bony projections located
Noasauridae
Clade of reptiles
synapomorphies of Dracohors as: The anterior tympanic recess, the axial epipophyses, the centrodiapophyseal laminae in the presacral vertebrae, the relative
Dinosauromorpha
complex, winglike projections. Epipophyses provided large attachment areas for several neck muscles; large epipophyses are therefore indicative of a strong
Glossary_of_dinosaur_anatomy
Extinct genus of dinosaurs
postzygapophyses, rear joint processes, of the neck vertebrae bear no epipophyses, additional processes on their upper rim. The neck vertebrae have extremely
Halszkaraptor
Genus of reptiles (fossil)
neural arch bearing a shallow depression followed by epipophyses, akin to Herrerasaurus. Epipophyses are also found in the axis (second cervical), which
Daemonosaurus
Extinct genus of dinosaurs
analysis in 2004 has shown it to be an abelisauroid because of its long epipophyses, a pair of foramina on the centrum, and low and triangular neural spines
Laevisuchus
Extinct subfamily of reptiles
and middle sections of the caudal series, and cranial processes in the epipophyses of the cervical vertebrae." They defined more ambiguous synapomorphies
Brachyrostra
Ceratosaurian theropod dinosaur genus from the Late Jurassic Period
neck of Elaphrosaurus was long, the thin zygapophyses and a lack of epipophyses on the cervical vertebrae indicate that it was much less flexible than
Elaphrosaurus
Extinct species of reptiles
vertebrae preserve epipophyses, which are generally absent from pseudosuchians bar some exceptions. Desojo and Rauhut describe the epipophyses of Schultzsuchus
Schultzsuchus
Genus of poposauroid pseudosuchians
Ctenosauriscidae. Tainrakuasuchus resembles Schultzsuchus in preserving both epipophyses and postzygapophyses, with the former being a rarity among pseudosuchians
Tainrakuasuchus
Extinct genus of dinosaurs
vertebrae, the neck vertebrae behind the axis, have variably developed epipophyses and more subtle "pre‐epipopophyses" below the prezygapophyses, projections
Euhelopus
Extinct genus of dinosaurs
forces. The neck was relatively short but well-muscled as shown by strong epipophyses (processes to which neck muscles attached). There were about sixteen
Suchomimus
Genus of theropod dinosaurs
zygapophyses (the processes that connected the vertebrae) were flat, and their epipophyses (processes to which neck muscles attached) were well developed. The axis
Baryonyx
Genus of reptiles (fossil)
postzygapophyses of a few vertebrae do have small projections identified as epipophyses, which are present in aphanosaurs and dinosaurs but not advanced silesaurids
Asilisaurus
Extinct genus of reptiles
enlarged deltopectoral crest (a muscle attachment on the humerus), and epipophyses (enlarged tendon attachment above the postzygapophysis) on the cervical
Silesaurus
Extinct clade of reptiles
just above the articulating plates. These additional prongs are termed epipophyses, and are common in dinosaurs but likely independently evolved due to
Aphanosauria
Extinct genus of dinosaurs
neural arch is almost entirely complete. Unlike other noasaurids, the epipophyses, bony projections on the sides of the cervical vertebrae, are expanded
Noasaurus
Extinct genus of reptiles
articular plates) are separated by a broad trough and support pointed epipophyses (additional projections). The third to eleventh cervicals are hyperelongate
Tanystropheus
Extinct genus of dinosaurs
represents a primitive condition; (v) cranial cervical vertebrae that lack epipophyses; (vi) the absence of accessory intervertebral articulations; (vii) a
Staurikosaurus
Genus of theropod dinosaurs
trough going over the outer surface, strongly posteriorly elongated epipophyses (projections above the back articular process) on the anterior cervical
Yuanmouraptor
Extinct genus of dromaeosaurid dinosaurs
cervical vertebrae. Another distinguishing trait of Shri is that its epipophyses in the last four cervicals are not raised but instead are represented
Shri_(genus)
Potentially dubious genus of spinosaurid theropod dinosaur
with articulating surfaces that were not offset, as well as prominent epipophyses (processes to which neck muscles attached) and strong ligament scars
Siamosaurus
Genus of herbivorous Triassic horned reptile
their centra. The 2nd–5th cervicals of Shringasaurus sport prominent epipophyses, structures for supporting neck musculature. The first twelve dorsals
Shringasaurus
Extinct genus of dinosaurs
not beveled, cervical prezygapophyses is flexed, cervical vertebrae epipophyses is above the postzygapophyseal facets, the pubis lacks pubic tubercle
Yurgovuchia
Extinct genus of reptiles
not connect to the following vertebrae. These extra spurs, known as epipophyses, are most common in dinosaurs but now known to exist in other types of
Vancleavea
Extinct genus of dinosaurs
struts that cross the SDFs in their cervical vertebrae, linking the epipophyses projecting from the back of the vertebrae to the prezygapophyses extending
Klamelisaurus
Genus of sauropod dinosaurs
vertebrae (diagnostic of lithostrotians) with strongly developed pre-epipophyses, highly pneumatic neural spines, and solid bone structure of the centra
Tengrisaurus
Middle Jurassic genus of sauropod dinosaur
deeper in that genus. Above the postzygapophyses were comparatively large epipophyses, bony projections for muscle attachment. The cervical vertebrae were
Spinophorosaurus
Extinct genus of dinosaurs
with the anterior cervical having strongly elongated, hypertrophied epipophyses, similar to those in Heterodontosaurus. Both cervical and dorsal neural
Manidens
Extinct genus of dinosaurs
Dilong. The cervical vertebrae were at one point interpreted as lacking epipophyses entirely, suggesting a small, lightly built head; whilst they are indeed
Calamosaurus
Extinct genus of reptiles
are wide at the back of the neck; this may be unique to the genus. The epipophyses from the front and middle cervical vertebrae project backwards, and,
Teleocrater
EPIPOPHYSES
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Girl/Female
Indian, Telugu
Young Girl
Boy/Male
Irish
Meaning “â€courageous, valiant.â€â€ A surname in Ireland that can be used as a given name.
Female
Scandinavian
Feminine form of Scandinavian Ulrik, ULRIKA means "prosperity and power."
Female
Norse
Old Norse name composed of the name of the fertility god Ing and the word garðr "enclosure," hence "Ing's enclosure."
Male
Italian
 Brazilian-Portuguese, Italian and Spanish form of Latin Gustavus, GUSTAVO means "meditation staff."
Boy/Male
American, Anglo, British, Christian, English, German, Hindu, Indian, Scottish
Red-headed; Red Haired; Ruddy Complexioned
Girl/Female
Latin
Flower.
Surname or Lastname
English
English : from Middle English money(e) ‘money’ (Old French moneie, Latin moneta), hence a nickname for a rich man or a metonymic occupational name for a moneyer. Compare Minter.Irish : Anglicized form of Gaelic Ó Maonaigh (see Meaney).
Boy/Male
Arabic, Muslim
Servant of the Praiseworthy; Ever-praised
Girl/Female
Hindu, Indian, Kannada, Telugu
Victorious; Balancing in Everything; Goddess Durga
EPIPOPHYSES
EPIPOPHYSES
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EPIPOPHYSES