The applicability of Fourier analysis to quantitate the midsagittal cranial base has been demonstrated utilizing fetal Macaca nemestrina. This methodology accurately measures the irregular form of the endocranial profile, minimizes the effects of size, and maximizes shape differences. This method provides a quantitative dimension to the descrzptive analysis of shape change previously observed with a combined histologic and cephalometric analysis.
Get full access to this article
View all access options for this article.
References
1.
Lestrel, P.E. : Some Problems in the Assessment of Morphological Size and Shape Differences, Yearbook Phys Anthrop18:140-162,1974.
2.
Lestrel, P.E. , and Roche, A.F.: Fourier Analysis of the Cranium in Trisomy 21, Growth40:385-398, 1976.
3.
Lestrel, P.E. , and Brown, H.D.: Fourier Analysis of Adolescent Growth of the Cranial Vault: A Longitudinal Study, Hum Biol48:517-528, 1976.
4.
Lestrel, P.E. ; Kimbel, W.H.; Prior , F.W.; and Fleischmann , M.L.: Size and Shape of the Hominoid Distal Femur: Fourier Analysis, Am J Phys Anthrop46 :281-290,1977.
5.
Moss, M.L.: Malformation of the Skull Base Associated with Cleft Palate Deformity , Plast Reconst Surg17:226-234, 1956.
6.
Houpt, M.I.: Growth of the Craniofacial Complex of the Human Fetus, Am J Orthod58:373-383.1970.
7.
Ford, E.H.: The Growth of the Foetal Skull, J Anat90:63-72, 1956.
8.
Moore, R.N.: A Cephalometric and Histo- logic Study of the Cranial Base in Foetal Monkeys, Macaca nemestrina, Arch Oral Biol23:57-67, 1978.
9.
Parnell, J.N. , and Lestrel, P.E.: A Computer Program for Fitting Irregular Two-Dimensional Forms, Computer Programs in Biomedicine7:145-161, 1977.