Restricted accessResearch articleFirst published online 1997-5
Severe Infra-Occlusion and Failed Eruption of Deciduous Molars Associated with Eruptive and Developmental Disturbances in the Permanent Dentition: A Report of 28 Selected Cases
Retrospective analysis of 28 children suffering from severe infra-occlusion and/or primary failure of eruption of deciduous molars revealed an association with eruptive and developmental disturbances in the permanent dentition, including ectopically placed teeth and aplasia of teeth. Taurodont permanent molars were evident in 19 of the 28 selected cases which suggests a possible developmental relationship between these factors. Problems in relation to treatment of these cases are discussed.
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References
1.
AmirE. and DuperonD. F. (1982) Unerupted second primary molar, Journal of Dentistry for Children, 49, 365–368.
2.
AndlawR. J. (1974) Submerged deciduous molars. A review with special reference to the rationale of treatment, Journal of the International Association of Dentistry for Children, 5, 59–66.
3.
BiandirS. D. and RoccuzzoM. (1991) Primary impaction of primary teeth: a review and report of three cases, Journal of Clinical Paediatric Dentistry, 15, 165–168.
4.
BixlerD. (1976) Heritable disorders affecting cementum and the periodontal structure, In Oral Facial Genetics, StewartR. E. and PrescottG. H. (eds) pp. 262–287.
5.
BjerklinK., KurolJ. and ValentinJ. (1992) Ectopic eruption of maxillary first permanent molars and association with other tooth and developmental disturbances, European Journal of Orthodontics, 14, 369–375.
6.
BoskerH., TenkateL. P. and NijenhuisL. E. (1978) Familial reinclusion of permanent molars, Clinical Genetics, 13, 314–320.
7.
BradyJ. (1990) Familial primary failure of eruption of permanent teeth, British Journal of Orthodontics, 17, 109–113.
8.
BrearleyL. J. and McKibbenD. H. (1973) Ankylosis of primary molar teeth 1. Prevalence and characteristics, Journal of Dentistry for Children, 40, 54–63.
9.
MesserBrealey L. and ClineJ. T. (1980) Ankylosed primary molars: results and treatment recommendations for an eight year longitudinal study, Paediatric Dentistry, 2, 37–47.
10.
DarlingA. J. and LeversB. G. H. (1973) Submerged human deciduous molars and ankylosis, Archives of Oral Biology, 18, 1021–1040.
11.
DixonG. H. and StewartR. E. (1976) Genetic aspects of anomalous tooth development, In: Oral Facial Genetics, StewartR. E. and PrescottG. H. (eds) pp. 124–150.
12.
HelpinM. L. and DuncanW. K. (1986) Ankylosis in monozygotic twins, Journal of Dentistry for Children, 53, 135–139.
13.
HoltR. D. and BrookA. H. (1979) Taurodontism: a criterion for diagnosis and its prevalence in mandibular first permanent molars in a sample of 1115 British school children, Journal of the International Association of Dentistry for Children, 10, 41–47.
14.
IrelandA. J. (1991) Familial posterior open bite: a primary failure of eruption, British Journal of Orthodontics, 18, 233–237.
15.
KabanL. B., NeedlemanH. L. and HertzbergJ. (1976) Idiopathic failure of eruption of permanent molar teeth, Oral Surgery, 42, 155–163.
16.
Koyoumdjisky-KayeE. and SteigmanS. (1982a) Ethnic variability in the prevalence of submerged primary molars, Journal of Dental Research, 61, 1401–1404.
17.
Koyoumdjisky-KayeE. and SteigmanS. (1982b) Submerging primary molars in Israeli rural children, Community Dentistry and Oral Epidemiology, 10, 204–208.
18.
KurolJ. (1981) Infraocclusion of primary molars: an epidemiologic and familiar study, Community Dentistry and Oral Epidemiology, 9, 94–102.
19.
KurolJ. and MagnussonB. C. (1984) Infraocclusion of primary molars: an epidemiological study, Scandinavian Journal of Dental Research, 92, 564–576.
20.
KurolJ. and ThilanderB. (1984) Infraocclusion of primary molars with aplasia of permanent successors, The Angle Orthodontist, 54, 283–294.
21.
ProffitW. R. and VigW. L. (1981) Primary failure of eruption: a possible cause of posterior open bite, American Journal of Orthodontics, 80, 173–190.
22.
RaghoebarG. M., BoeringG., JansenH. W. B. and VissinkA. (1989) Secondary retention of permanent molars: a histologic study, Journal of Oral Pathology and Medicine, 18, 427–431.
23.
RaghoebarG. M., BoeringG., VissinkA. and StegengaB. (1991) Eruption disturbances of permanent molars: a review, Journal of Oral Pathology and Medicine, 20, 159–166.
24.
RasmussenP., HansenA. S. and BergE. (1983) Inherited retarded eruption, Journal of Dentistry for Children, 50, 268–273.
25.
RyghP. and ReitanK. (1963) Changes in the supporting tissues of submerged deciduous molars with and without permanent successors. European Orthodontic Society Transactions, 39, 171–184.
26.
Der WeideSchalke-Van Y., SteenW. H. A. and BosmanF. (1993) Taurodontism and length of teeth in patients with oligodontia, Journal of Oral Rehabilitation, 20, 401–412.
27.
SeowW. K. and LaiP. Y. (1989) Association of taurodontism with hypodontia: a controlled study, Paediatric Dentistry, 11, 214–219.
28.
SpougeJ. D. (1980) A new look at the rests of Malassez. A review of their embryological origin, anatomy, and possible role in periodontal health and disease, Journal of Periodontology, 5, 437–444.
29.
ViaW. F. (1964) Submerged deciduous molars: familial tendencies, Journal of the American Dental Association, 69, 127–129.
30.
WinterG. B. (1996) Amelogenesis imperfecta with enamel opacities and taurodontism—an alternative diagnosis for ‘idiopathic dental fluorosis’, British Dental Journal, 181, 167–172.
31.
WitkopC. J.Jr., KeenanK. M., CervenkaJ. and JaspersM. T. (1988) Taurodontism: an anomaly of teeth reflecting disruptive developmental homeostasis, American Journal of Medical Genetics Supplement, 4, 85–97.