1971
DOI: 10.1016/0003-9969(71)90031-8
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Eruption times of the permanent teeth in 622 Ugandan children

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Cited by 68 publications
(37 citation statements)
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“…Variations in culture, genetics, and environment make it difficult to correctly assess the role of nutrition in causing interpopulation differences. Flourine content and climate are also said to affect tooth emergence, but nothing conclusive has been deduced (Krumholt et al, 1971;Short, 1944;Adler and Godeny, 1952;Friedlaender and Bailit, 1969). The time of shedding or premature loss of deciduous teeth because of caries affects the emergence timing of their permanent replacements (Leslie, 1951;Niswander and Sujaku, 1960).…”
Section: Discussionmentioning
confidence: 94%
See 1 more Smart Citation
“…Variations in culture, genetics, and environment make it difficult to correctly assess the role of nutrition in causing interpopulation differences. Flourine content and climate are also said to affect tooth emergence, but nothing conclusive has been deduced (Krumholt et al, 1971;Short, 1944;Adler and Godeny, 1952;Friedlaender and Bailit, 1969). The time of shedding or premature loss of deciduous teeth because of caries affects the emergence timing of their permanent replacements (Leslie, 1951;Niswander and Sujaku, 1960).…”
Section: Discussionmentioning
confidence: 94%
“…To compute the mean emergence time for each individual tooth, probit transformation was used (Fisher and Yates, 1948;Hayes and Mantel, 1958;Dahlberg and Menegaz-Bock, 1958;Houpt et al, 1967;Krumholt et al, 1971;Perreault et al, 1974;Mayhall et al, 1977Mayhall et al, , 1978. Accordingly, for each tooth the proportion of emergence at various age levels was transformed into probits.…”
Section: Methodsmentioning
confidence: 99%
“…Chagula (1960) found this based on examination of East African males, where, as found by Suk (1919), third molar emergence began as early as 13 years of age and virtually all individuals had third molars emerged by 20 years of age. Others also have reported earlier tooth emergence in blacks than whites (Steggerda and Hill, 1942;Ferguson et al, 1957;Houpt et al, 1967;Krumholt et al, 1971;Garn et al, 1973;Hassanali, 1985;Otuyemi et al, 1997), but there are few data addressing differences in rates of tooth formation. Despite earlier claims, it was not until the work of Pelsmaekers et al (1997) and Merwin and Harris (1998) that high heritabilities were documented for the tempos of tooth formation.…”
Section: Tempos Of Growthmentioning
confidence: 91%
“…1.66 1.51 Lee et al, (1965) Hong Kong (low socioeconomic) Krumholt et al, (1971) Space availability is no doubt an important determinant of tooth emergence and axial alignment into adequate occlusal relationships. In the Warlpiri children, space availability is optimised by several mechanisms: retention of the deciduous precursors until natural exfoliation; a relative advantage in leeway space, that is, the size difference between deciduous canines and molars and the permanent successors, and a pattern of facial and alveolar growth that is highly coordinated with the processes of tooth migration and emergence.…”
Section: Tooth Exfoliation and Emergencementioning
confidence: 99%