Tracings of microradiographic projections, measured planimetrically, revealed statistically significant differences in the values for bone formation in different regions, as well as in comparable areas, of mandibles and maxillas of guinea pigs. An inverse relationship was found between static and forming bone.
Get full access to this article
View all access options for this article.
References
1.
Soni, N.N.: Quantitative Study of Bone Activity in Alveolar and Femur Bone of the Guinea Pig, J Dent Res47:584-589, 1968.
2.
Amprino, R., and Marotti, G.: A Topographic Quantitative Study of Bone Formation and Reconstruction , in Blackwood, H.J.J. (ed), Bone and Tooth Symposium. New York: Macmillan Co., 1964, pp 21-33.
3.
Weinmann, J.P. , and Sicher, H.: Bone and Bones, Fundamentals of Bone Biology, 2d ed, St Louis: C. V. Mosby Co. , 1955, pp 207-208.
4.
Vanderhoeft, P.J.; Kelley, P.J.; and Peterson , L.F.A.: Determination of Growth Rates in Canine Bone by Means of Tetracycline Labelled Patterns , Lab Invest11: 714-726, 1962.
5.
Bang, S., and Enlow, D.H.: Postnatal Growth of the Rabbit Mandible, Arch Oral Biol12:993-998, 1967.
6.
Jowsey, J.: Age Changes in Human Bone, Clin Orthop17:210-217, 1960.
7.
Epker, B.N., and Frost, H.M.: Biomechanical Control of Bone Growth and Development : Histologic and Tetracycline Study, J Dent Res45:364-371, 1966.
8.
Manson, J.D. , and Lucas, R.B.: A Microradiographic Study of Age Changes in the Human Mandible, Arch Oral Biol7:761-769, 1962.