Xiao-Ying Ren1, Di Zhang2 and Wan-Long Zhu1,*
...ric morphometrics of the craniums and mandible in nine species of Eothenomys (E. fidelis, E. melanogaster, E. chinensis, E. proditor, E. custos, E. cachinus, E. eleusis, E. miletus and E.olitor), ANOVA analyses, principal components analysis, thin plate spline, UPGMA and Multidimensional Scaling were used. The results showed that there had significant differences in skull shapes of centroid ...
Salahud Din1,*, Saima Masood1, Hafsa Zaneb1, Habib ur Rehman2, Saima Ashraf1, Imad Khan3, Muqader Shah4 and Syed Abdul Hadi1
.... The bony region of the cranium of Chinkara was comprised of occipital, ethmoid, sphenoid, interparietal, parietal, temporal and frontal bone. The foramina identified in the facial region of the skull of Chinkara were, infraorbital, supraorbital foramen, lacrimal, sphenopalatine, maxillary and caudal palatine foramina. The foramina of the cranium of the Chinkara skull were the internal acoustic meatus, external acoustic mea...
Ramadan Sary, Asmaa M. Ibrahium*
...ted mainly from the neurocranium, viscerocranium and the mandible. The cranial bone used for housing the brain; comprised of frontal, parietal, occipital, sphenoid and temporal bone while the bones of face formed of nasal, quadrate bone, zygomatic, palatine, vomer, premaxillary, maxillary and ethmoid. The cranium and viscerocranium demarcated from each o...
Ismail Demircioglu1, Yasin Demiraslan2, Barıs Can Güzel3*, Ali Koçyigit4 and Aysegül Demircioglu5
...r the dorsal analysis of cranium and heads of 8 adult Hamdani and 9 adult Awassi sheep were used for lateral analysis of cranium. In the dorsal and lateral comparison of the breeds, the first principal component (PC1) explained 41.905% and 39.078% of the total shape difference, respectively. When the procrustes coordinates were examined, it was found that the samples were both dorsally and laterally mostly similar to the sam...
