Development and growth of cranial bones and masticatory muscles in postnatal mice, assessed by roentgenographic cephalometry and histochemistry, revealed that it corresponded to the attachment of the masticatory muscles, but not necessarily to growth and development of the individual muscles. Physiological functions of the dentofacial complex correlated with development of the muscles.
Get full access to this article
View all access options for this article.
References
1.
Rowe, R.W.D. and Goldspink, G.: Muscle Fiber Growth in Five Different Muscles in Both Sexes of Mice. I. Normal Mice, J Anat104:519-530,1969.
2.
Ashmore, C.R. ; Tompkins, G.; and Doerr, L.: Postnatal Development of Muscle Fiber Types in Domestic Animals, J Anim Sci34:37-41, 1972.
3.
Moss, M.L. and Salentijn, L.: The Primary Role of Functional Matrices in Facial Growth, Am J Orthod55:566-577, 1969.
4.
Nachlas, M.M. ; Tsou, K.C.; De Sousa, E.; Cheng, C.S.; and Seligman , A.M.: Cytochemical Demonstration of Succinic Dehydrogenase by Use of a New p-nitrophenyl Substituted Ditetrazol , J Histochem Cytochem5:420-436, 1957.
5.
Padykula, H.A. and Herman, E.: The Specificity of the Histochemical Method for Adenosine Triphosphate, J Histochem Cytochem3:170-180, 1955.
6.
Scott, J.H.: Muscle Growth and Function in Relation to Skeletal Morphology, Am J Phys Anthrop15:197-233, 1957.
7.
Avis, V.: The Relation of the Temporal Muscle to the Form of the Coronoid Process, Am J Anthrop17:99-104,1959.
8.
Edgerton, V.R. and Simpson, D.R.: The Intermediate Muscle Fiber of Rats and Guinea Pigs, J Histochem Cytochem17:828-838, 1969.
9.
Johnson, M.A.; Polgar, J.; Weight-Man, D.; and Appleton, D.: Data on the Distribution of Fiber Types in 36 Human Muscles, An Autopsy Study , J Neurol Sci18:111-129,1973.
10.
Brooke, M.H. and Kaiser, K.K.: Muscle Fiber Types: How Many and What Kind?, Arch Neurol23:369-379, 1970.
11.
Stein, J.M. and Padykula, H.A.: Histochemical Classification of Individual Skeletal Muscle Fiber of the Rat, Am J Anat110 :103-124,1962.
12.
Kita, S.: Histochemical Observation on Tongue and Masseter Muscles of Dog, Sapporo Med J39:225-234, 1971.
13.
Taylor, A.; Cody, F.W.J.; and Bosley, M.A.: Histochemical and Mechanical Properties of the Jaw Muscles of the Cat, Exp Neurol38:99-109, 1973.
14.
Ringqvist, M.: Fiber Types in Human Masticatory Muscles, Relation to Function, Scand J Dent Res82:333-355, 1974.
15.
Hiraiwa, T. : Histochemical Properties of Masticatory Muscles of Growing Rat and of Matured Mammals, Comp Biochem Physiol59(A):231-238, 1978.
16.
Burke, R.E. ; Levine, D.N.; Tsairis, P.; and Zajac, F.E.: Physiological Types and Histochemical Profiles in Motor Units of the Cat Gastrocnemius, J Physiol234:723-748, 1973.
17.
Barnard, R.J. ; Edgerton, V.R. ; Furu-Kawa, T.; and Peter, J.B.: Histochemical, Biochemical and Contractile Properties of Red, White and Intermediate Fibers, Am J Physiol220(2):410-414, 1971.
18.
Tamari, J.W. ; Tomey, G.F.; Ibrahim, M.Z.M.; Baraka, A.; Jabbur, S.J.; and Bahuth, N.: Correlative Study of the Physiologic and Morphologic Characteristics of the Temporal and Masseter Muscles of the Cat , J Dent Res52:538-543, 1973.
19.
Edstrom, L. and Lindquist, C.: Histochemical Fiber Composition of Some Facial Muscles in the Cat in Relation to their Contraction Properties, Acta Physiol Scand89: 491-503,1973.
20.
Barnard, R.J. ; Edgerton, V.R.; and Peter, J.B.: Effect of Exercise on Skeletal Muscle. I. Biochemical and Histochemical Properties, J Appl Physiol28:762-766, 1970.
21.
Holloszy, J.O. : Biochemical Adaptation in Muscle, Effect of Exercise on Mitochondrial Oxygen Uptake and Respiratory Enzyme Activity in Skeletal Muscle, J Biol Chem242: 2278-2282, 1967.
22.
Washburn, S.L. : The Relation of the Temporal Muscle to the Form of the Skull, Anatom Rev99:239-247, 1947.
23.
Horowitz, S.L. and Shapiro, H.H.: Modifications of Mandibular Architecture Following Removal of the Temporalis Muscle in the Rat, J Dent Res30:276-280, 1951.
24.
Whiteley, A.T. ; Kendrick, G.S.; and Matthews , J.L.: The Effects of Function on Osseous and Muscle Tissues in the Craniofacial Area of the Rat, Angle Orthod36: 13-17,1966.
25.
Pimenidis, M.Z. and Gianelly, A.G.: Class III Malocclusion Produced by Oral Facial Sensory Deprivation in the Rat, Am J Orthod71:94-102, 1977.
26.
Gardner, D.E. ; Luschei, E.S.; and Joondeph , D.R.: Alterations in the Facial Skeleton Trigeminal Motor Nucleus, Am J Orthod78:66-80, 1980.
27.
Hanada, K.: A Study of Growth and Development of the Dentofacial Complex of the Living Rat by Means of Longitudinal Roentgenographic Cephalometrics (in Japanese) , Bull Tokyo Med Dent Univ34:18-74, 1967.