A kinetic study of the inner enamel epithelium (IEE) in impeded and unimpeded rat incisors proved that cell production in the IEE is directly proportional to the speed of eruption. Therefore, the rate of IEE cell production can be derived from eruption measurements.
Get full access to this article
View all access options for this article.
References
1.
Michaeli, Y. , and Weinreb, M.M.: Role of Attrition and Occlusal Contact in the Physiology of the Rat Incisor: III. Prevention of Attrition and Occlusal Contact in the Nonarticulating Incisor, J Dent Res47: 633-640, 1968.
2.
Schour, I., and Medak, H.: The Effect of Experimental Removal of the Clinical Portion of the Upper Incisor of the Rat upon the Rate of Eruption and Tooth Morphology, J Dent Res30:521, 1951.
3.
Taylor, A., and Butcher, E.O.: The Regulation of Eruption Rate in the Incisor Teeth of the White Rat, J Exp Zool117: 165-189, 1951.
4.
Bryer, L.W.: An Experimental Evaluation of the Physiology of Tooth Eruption, Int Dent J7:432-478, 1957.
5.
Ness, A.R.: Eruption Rates of Impeded and Unimpeded Mandibular Incisors of the Adult Laboratory Mouse, Arch Oral Biol10:439-451, 1965.
6.
Ness, A.R.: The Response of the Rabbit Mandibular Incisor to Experimental Shortening and to the Prevention of its Eruption, Proc Roy Soc Biol146:129-154, 1956.
7.
Main, J.H.P. , and Adams, D.: Experiments on the Rat Incisor into the Cellular Proliferation and Blood-pressure Theories of Tooth Eruption , Arch Oral Biol11 :163-178, 1966.
8.
Ness, A.R. , and Smale, D.E.: The Distribution of Mitoses and Cells in the Tissues Bounded by the Socket Wall of the Rabbit Mandibular Incisor , Proc Roy Soc Biol151:106-114, 1960.
9.
Berkovitz, B.K.B. , and Thomas, N.R.: Unimpeded Eruption in the Root-Resected Lower Incisor of the Rat with a Preliminary Note on Root Transection, Arch Oral Biol14:71-780, 1969.
10.
Hwang, W.S.S. ; Cronkite, E.P.; and Tonna, E.A.: Cell Proliferation Kinetics of the Internal Enamel Epithelium of Mouse Incisors, J Dent Res45:350-358, 1966.
11.
Chiba, M.; Nakagawa, R.; and Minura, T.: DNA Synthesis and Cell Division Cycle at the Base of the Maxillary Incisor Tooth of the Young Rat, Arch Oral Biol12:865-876, 1967.
12.
Starkey, W.E. : The Migration and Renewal of Tritium Labelled Cells in the Developing Enamel Organ of Rabbits, Br Dent J115:143-153, 1963.
13.
Stallard, R.E. ; Diab, M.A.; and Zander, H.A.: Kinetics of DNA Synthesis within the Inner Enamel Epithelium, J Dent Res45:315-322, 1966.
14.
Sasaki, T.: Cell Cycle and Effects of X-Irradiation on Germ Cells of Rat Incisors (Part I), Tokyo Med Dent Clin Bull12: 379-402, 1965.
15.
Zajicek, G., and Bar-Lev, M.: Kinetics of the Inner Epithelium in the Adult Rat Incisor. I. Experimental Results, Cell Tissue Kinetics4:155-160, 1971.
16.
Zajicek, G. ; Michaeli, Y.; and Weinreb, M.M.: Kinetics of the Inner Enamel Epithelium in the Adult Rat Incisor during Accelerated Eruption, Cell Tissue Kinetics5:35-39, 1972.
17.
Hwang, W.S.S. , and Tonna, E.A.: Autoradiographic Analysis of Labeling Indices and Migration of Cellular Components of Mouse Incisors Using Tritiated Thymidine , J Dent Res44:42-53, 1965.
18.
Weinreb, M.M. ; Michaeli, Y.; and Sil-Berman , G.: Role of Attrition and Occlusal Contact in the Physiology of the Rat Incisor : IV. Prevention of Attrition in the Articulating Incisor, J Dent Res48 :120-130, 1969.