In the rat, the administration of a lathyrogenic agent reduced both impeded and unimpeded eruption rates of incisors. Unimpeded eruption rates were greater than impeded eruption rates. The general eruption pattern in the experimental rats was, however, similar to that in the control rats. Thus, eruption was possible even in rats with a lathyrogenically impaired periodontal ligament.
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Sciaky, I., and Ungar, H.: Osteolathyrism in the Incisors of Rats, Ann Dent20: 42-50, 1961.
8.
Berkovitz, B.K.B. ; Migdalsky, A.; and Solomon, M.: The Effect of the Lathyritic Agents Aminoacetonitril on the Unimpeded Eruption Rate in Normal and Root-Resected Rat Lower Incisors , Arch Oral Biol17: 1755-1764, 1972 .
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Sarnat, H., and Sciaky, I.: Experimental Lathyrism in Rats: Effects of Removing Incisal Stress , Periodontics3: 128-134, 1965.
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Weinreb, M.M. ; Assif, D.; and Michaeli, Y.: Role of Attrition in Physiology of the Rat Incisor: I. The Relative Value of Different Components of Attrition and their Effect on Eruption, J Dent Res46: 527-531, 1967.
11.
Kusner, W.; Michaeli, Y.; and Weinreb, M.M.: Role of Attrition and Occlusal Contact in the Physiology of the Rat Incisor: VI. Impeded and Unimpeded Eruption in Hypophysectomized and Magnesium-Deficient Rats, J Dent Res52: 65-73, 1973.
12.
Bryer, L.W. : An Experimental Evaluation of Physiology of Tooth Eruption, Int Dent J7: 432-478, 1957.
13.
Michaeli, Y. ; Weinreb, M.M.; and Zajicek, G.: Role of Attrition and Occlusal Contact in the Physiology of the Rat Incisor: VIII. Tooth Length and Occlusal Plane as Regulating Factors of Eruption and Attrition Rates, J Dent Res53: 1215-1218, 1974.