Traumatic dental injuries, hypomineraised primary molars and links between iron-deficiency and early childhood caries were the topics of our most read blogs in April , May and June of 2022.
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This review of the prevalence of clinical and radiographic sequelae following traumatic dental injuries to primary teeth included 25 cross-sectional studies. Crown discolouration followed by pulp necrosis with infection were the most common sequelae but the findings should be viewd with caution because the evidence is of very low certainty.
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This review of the prevalence of traumatic dental injuries (TDI) in primary teeth and factos associated with TDI includes 21 cross-sectional studies.
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This review of the prevalence of orofacial trauma in wheeled non-motor sports athletes included 5 cross-sectional studies involving 132,132 participants. Analyses showed the overall prevalence of orofacial trauma = 21.7% (95%CI; 8.7 to 34.7%) however the evidence was of very low certainty.
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This overview of the associations and risk factors for the occurrence of traumatic dental injury included 19 stustamatic reviews. The reviews considered 22 differing risk factors but only 4 of the reviews were assessed to be of moderate quality the remainder being considered to be of low (11) or critically low (4)quality.
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This review of assess the incidence of different types of root resorption after concussion, subluxation, lateral luxation, intrusive luxation, and extrusive luxation included 14 observational studies. Findings suggest that resorption is most common following intrusive luxation.
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This review of different overjet sizes that present an increased risk for developing dental trauma across different ages and dentition stages included 41 cross-sectional studies showing a a significant association between increased overjet and traumatic dental injury.
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This review of observations studies of traumatic dental injury includes 17 studies and found a higher risk of injury in overweight/obese children. Odds ratio = 1.30 (95% CI, 1.11–1.53; P < 0.05).
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This systematic review of a 54 observations studies involving >10,000 patients suggested that overjet over 3-4mm double the risk of traumatic dental injuries (TDIs). With 22% of TDIs being attributable to increased overjet.
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