According to the prospecting crews, this cranial structure holds enough CH4 (methane) to power all of New England for twenty to fifty years.
The grid was then transferred to subsequent cephalograms by superimposing on the mid-sagittal cranial structure.
Skull has the medium-length rostrum, anteriorly-positioned nares, large mandibular canals, narrow frontal shield, broad cranial base, and large tympanic bullae typical of early protocetids.
Sensory afferents from cranial structures synapse in the trigeminal nucleus caudatus.
The grid was then transferred to subsequent cephalograms by superimposing the tracing on the mid-sagittal cranial structures.
Orthodontic diagnosis is primarily based on a morphological and quantitative description of cranial structures in sagittal, vertical, and transversal planes[1].
The grid was then transferred to a subsequent film by superimposing the tracing on the mid-sagittal cranial structures.
It can be demonstrated by wide range clinical presentations, like ophthalmic signs and symptoms (proptosis, chemosis, and visual loss), cranial nerve pareses, bleeding from the cranial structures and intracranial hemorrhage.
Kevin Padian et al. (2004) challenged conventional hypotheses that that the purpose of bizarre cranial structures and post-cranial armor in dinosaurs, was either for attracting mates, intimidating/fighting rivals in the group, or intimidating potential predators of other species.
In the following regional descriptions, orientations of cranial structures are described assuming a horizontal tooth row.
Thus, the shape and orientation of cranial structures are probably largely unaltered relative to the life condition.
