LE REGULATION BIOMECHANIC DEL CRESCFNTIA E DEL DISVELOPPAMENTO OSSEE : UN STUDIO HISTOLOGIC E A TETRACYCLINA.—Le leges del structura ossee formulate per Frost esseva usate pro predicer le configurationes del displaciamento al superficie ossee durante le crescentia de costas human e de mandibulas animal in situationes in que characteristic modos de causar un deformation del osso per fortias muscular existe cognoscitemente in vivo e naturalmente e in situationes in que tal modos de causar deformationes habeva essite create experimentalmente in vivo. Le typo de displaciamento in le superficies studiate e le diversitates causate per le etate del individuo e le maturitate de su skeleto esseva predicite a bon successo in cata-un de cinque situationes.
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References
1.
Hunter, J.Experiments and Observations on the Growth of Bones. In Palmer, D. F. (editor) Hunter's Works , 1937, p. 315, Logman et al., London, 1798. 2. Wolff, J.Das Gesetz der transformation der Knochen , Berlin, A. H. Hirschwold, 1892.
2.
Weinman, J.P., and Sicher, H.Bone and Bones, ed. 2. St. Louis , C. V. Mosby Co., 1955 , p. 18-29.
3.
Enlow, D.H.Principles of Bone Remodeling, Springfield, Ill. , Charles C Thomas, 1963, p. 23-59.
4.
Frost, H.M.Laws of Bone Structure, Springfield, Ill., Charles C Thomas, 1964, p. 41-42.
5.
Epker, B.N., and Frost, H.M.Correlation of Patterns of Bone Resorption and Formation with Physical Behavior of Loaded Bone, J. dent. Res., 44: 33-42, 1965.
6.
Frost, H.M.Preparation of Thin, Undecalcified Bone Sections by Rapid Method, Stain Technol., 33: 273-6, 1958.
7.
Frost, H.M.Staining of Fresh, Undecalcified, Thin Bone Sections, Stain Technol., 34:135-46, 1959.
8.
Villanueva, A.R., Hattner, R.S., and Frost, H.M.A Tetrachrome Stain for Fresh, Mineralized Bone Sections, Useful in the Diagnosis of Bone Diseases, Stain Technol., 39:87-94, 1964.
Goldhaber, P.Some Current Concepts of Bone Physiology, New England J. Med., 266:870, 1962.
11.
Jee, W.S.S.Osteoclastic Activity in Beagles and Rats as Shown by Detailed Autoradiographic Distribution of Plutonium-239, Anat. Rec., 124-313, 1956.
12.
Ham, A.W. , and Leeson, T.S.Histology, ed. 4. Philadelphia, J. B. Lippincott Co., 1961.
13.
Milch, R.A. , Rall, D.P., and Tobie, J.E.Fluorescence of Tetracycline Antibotics in Bone, J. Bone & Joint Surg. , 40-A:987, 1958.
14.
Rubin, P.Dynamic Classification of Bone Disease, Chicago , Year Book Medical Publishers, Inc., 1964, p. 70.
15.
Hirsch, C., University of Gothenburg, Sweden.Personal communication, 1964.
16.
Reynolds, E.L. , and Grote, P.Sex Differences in the Distribution of Tissue Components in the Human Leg from Birth to Maturity, Anat. Rec., 102: 45-53, 1948.
17.
Johnson, L.C.Bone Density and the Relation of Structure to FunctionIn Proceedings, Conference on Aseptic Necrosis of the Femoral Head, St. Louis, 1964, p. 25-29. Under auspices of the Surgery Study Section, National Institutes of Health.
18.
Avis, Virginia.The Significance of the Angle of the Mandible: an Experimental and Comparative Study, Amer. J. Phys. Anthrop. , 1:55-63, 1951.
19.
Washburn, S.L.The Relation of the Temporal Muscle to the Form of the Skull, Anat. Rec., 99 :239-248, 1947.
20.
ArmstrongW.D. ,Bone Growth in Paralyzed Limbs. Proc. Soc. Exp. Biol. & Med., 61:358-362, 1946.
21.
Epker, B.N., and Frost, H.M.The Parabolic Index: a Measure of the Degree of Osteoporosis in Normal Rib , J. Gerontol., 19:469-473, 1964.
22.
Brash, J.C.Some Problems in the Growth and Developmental Mechanics of Bone, Edinburgh med., J., 41:305-318, 1934.
23.
Breitner, C.Bone changes resulting from experimental orthodontic treatment, Amer. J. Orthodout. & Oral Surg., 26:521-546, 1940.
24.
Lawther, L. L. ARoentgenographic Study of the Temperomandibular Joint, Using a Special Head Positioner, Angle Orthodont., 26:22-33, 1956.
25.
Knese, K.H.Festigkeitsuntersuchungen an menschlichen Extremitatenknochen, Morphol. Jahrbuch, 96:141-209, 1954.
26.
Bassett, C.A.L. , and Becker, R.O.Generation of Electrical Potentials by Bone in Response to Mechanical Stress, Science, 137:1063, 1962.
27.
Shamos, M.H. , and Lavine, L.S.Physical Bases for Bioelectric Effects in Mineralized Tissues, Clin. Orth., 35:177-188, 1964.
