1 d, exhibit deletions of neural arches in the cervical vertebrae.

2 inently convex prezygoepipophyseal lamina on cervical vertebrae and a divided infraprezygapophyseal f

3  structures, including elements of the face, cervical vertebrae and distal extremities.

4 tralopithecus skeleton to preserve all seven cervical vertebrae and provides evidence for 12 thoracic

5  low penetrance in the formation of both the cervical vertebrae and the IXth cranial nerve.

6           These included skeletal defects in cervical vertebrae and the rib cage.

7 ructures including elements of the face, the cervical vertebrae, and the distal extremities.

8 zygotes do not manifest abnormalities in the cervical vertebrae, but instead show vertebral defects t

9 valuating the morphological structure of the cervical vertebrae in cephalometric images can clearly d

10                              The analysis of cervical vertebrae in cephalometric radiographs appears

11 singly, with respect to the formation of the cervical vertebrae, mice doubly mutant for Hoxa3 and Hox

12 g with robust scapulae, sternum, and unfused cervical vertebrae, support the interpretation that this

13 bserve a homeotic transformation of the last cervical vertebrae toward a thoracic identity.

14 n an analysis of a morphological maturity of cervical vertebrae utilizing cephalometric radiographs.