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1 ng the development of various regions of the frontal bone.
2 ly larger defect in the neural crest-derived frontal bone.
3 embryos resulted in midline facial cleft and frontal bone agenesis.
4 cell mixing between the neural crest-derived frontal bone and mesoderm-derived parietal bone accompan
5  higher maximum principal strains across the frontal bone and mid-face, a strain regime not observed
6    Cranial (mandible, maxilla, parietal, and frontal) bones and ulnae were analyzed for mineralizatio
7  43.8% of cases, predominantly affecting the frontal bone, and extending bilaterally.
8 axilla, the anterior-posterior length of the frontal bone, and the main body of the mandible, did not
9  of osteoprogenitor cells in the CNC-derived frontal bone anlagen.
10 ed at a neural crest-mesoderm interface: the frontal bones are neural crest-derived and the parietal
11  resulted in an increased bone volume in the frontal bone compared to the other groups at 4 weeks pos
12                                   The murine frontal bone derives entirely from the cranial neural cr
13 aling regulates the fate of CNC cells during frontal bone development remain unknown.
14 mediated FGF signaling cascade in regulating frontal bone development, suggests that TGFbeta function
15  deletion of Fn1 or Wasl leads to diminished frontal bone expansion by altering cell shape and focal
16 ular Trauma Score, initial visual acuity and frontal bone fractures were predictive of NLP (P = .006
17                                    The human frontal bone from Velika Pecina, generally considered on
18  greater inner canthal distances, and taller frontal bone heights.
19  region of cartilage closely associated with frontal bone initiation.
20 eas ossification of the neural crest-derived frontal bone is autonomous.
21                       This thickening of the frontal bones is accompanied by an increase in the diplo
22  ectopic islands of bone between the reduced frontal bones, just anterior to the parietal bones.
23  The frontal sinuses are cavities inside the frontal bone located at the junction between the face an
24 ructure reliably differs by the shape of the frontal bone, mandible, and inion.
25  term used to describe the thickening of the frontal bones of the skull.
26               Cranial loading applied to the frontal bone partially restores normal skull morphology,
27 se in size and cellularity of the NC-derived frontal bone primordia.
28  electrodes were placed in the occipital and frontal bones, respectively.
29 eletogenic mesenchyme cells that compose the frontal bone rudiment.
30   Both the quantity and proliferation of the frontal bone skeletogenic mesenchyme are reduced in Msx2
31 orrelate with high individual variability in frontal bone thickness and pneumatization.
32 he FTD, measured from the inner table of the frontal bone to the posterior margin of the thalamus, wa
33           We report on a recently discovered frontal bone (TPL 6) and tibial fragment (TPL 7) found i
34                                    Increased frontal bone uptake of labeled leukocytes has been repor
35 aniofacial bones were not much affected, the frontal bone was larger in width and volume, and the max
36 ed to the developing calvarial aspect of the frontal bone, whereas the orbital aspect forms despite t
37 2 signaling in osteogenic front cells of the frontal bones, which regulate WNT signaling in neighbori