Anagram & Information om | Engelska ordet VACUITIES

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• Titanotylopus is distinguished from other early large camelids by its large upper canines amongst other distinguishing dental characteristics, and absence of lacrimal vacuities in the skull.
• He noted that the latter differed from the former in the generally darker, more brownish, longer fur, and larger sphenopalatine vacuities (openings in the mesopterygoid fossa, the gap behind the end of the palate).
• It differs in the shape of the sphenopalatine vacuities (openings in the roof of the mesopterygoid fossa, the gap behind the palate), which are narrower and shorter than in N.
• They are defined as all eryopoids with interpterygoid vacuities (spaces in the interpterygoid bone) that are rounded at the front; and large external nares (Laurin and Steyer 2000).
• Characteristics of Balanerpeton woodi include the presence of large external nares, large interpterygoid vacuities (holes in the back of the palate), and an ear with a tympanic membrane and rod-like stapes.
• The interpterygoid vacuity (a region enclosed by the left and right pterygoids) is separated into the anterior and posterior interpterygoid vacuities, the former of which is particularly large.
• It has broad and short incisive foramina (perforations of the palate between the incisors and the molars) and lacks sphenopalatine vacuities which perforate the mesopterygoid fossa, the gap behind the end of the palate.
• Behind it, the roof of the mesopterygoid fossa is perforated by poorly developed sphenopalatine vacuities.
• The broad mesopterygoid fossa, the gap behind the end of the palate, is perforated by sphenopalatine vacuities.
• The roof of the mesopterygoid fossa, the opening behind the palate, is not perforated by sphenopalatine vacuities.
• Clade D was supported by two shared derived (synapomorphic) molecular characters and by seven morphological synapomorphies—the tail has a different color above and below; the parietal bone extends to the side of the skull; the incisive foramina (openings in the palate) extend back between the first molars; the posterolateral palatal pits (perforations of the palate near the third molars) are complex; the sphenopalatine vacuities (openings in the mesopterygoid fossa, the gap behind the end of the palate) are large; the pattern of the arterial circulation in the head is derived; and the posteroloph (a crest at the back) is present on the third upper molar.
• Palate is flat and an elongated choana that nearly reaches the level of the anterior limit of the interpterygoid vacuities.
• These animals have interpterygoid vacuities which appear to be oval and elongated, the palatine is what forms the most anterior part of the vacuity.
• Palatal views of skulls in this genus show narrow interpalatal vacuities, as well as paired palatal tusks alternately functioning on the vomer and palatine, with the vomerine tusks directed backwards.
• casei was symphyseal tusks from their lower jaw protruding into the nostril openings that caused small foramens in the anterior palatal vacuities to ventrally open with the nostrils (dorsally).
• The pterygoids are unique in that they possess grooves on the dorsal surface, and extend within the posterior interpterygoid vacuities and the pterygoid covering of the ventral surface of the basisphenoid.
• They further differentiated Anconastes from Acheloma and "Trematops" by several features: (1) large orbit with a width equal to 1/3 the midline length of the skull; (2) a short suborbital bar with a maxilla entering the orbital margin; (3) pointed snout without prominent dorsomedial expansion of the postparietals; (4) nasals, frontals, and parietals of subequal length; (5) parietals approximately three times the length of the postparietals; (6) frontals not extending beyond the anterior margin of the orbit; (7) large interpterygoid vacuities; (8) an open basicranial joint; and (9) absence of an internarial opening or bone.
• Skull features of Doleserpeton included a deepened otic notch and expanded interpterygoid vacuities and vomers.
• Rhineceps as a temnospondyl, possesses diagnostic temnospondyl traits including wide vomers, large and round interpterygoid vacuities, otic notches, contact between post-pareital and exoccipital skull bones, and a stapes that articulates with the parasphenoid.
• The narrow skull and slender parasphenoid, internal nairs, as well as interpalatal vacuities were key characteristics in identifying this fossil as a new genus.

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