Protecting children’s protruding teeth from damage
Children with their first or early adult set of teeth that stick out have an increased chance of damaging them, but the risk can be easily reduced.
This is according to a study undertaken at the University of Adelaide of more than 50,000 children aged under 19 years.
Their results were published in the journal Dental Traumatology, and confirms a direct link between the degree to which a young patient’s teeth protrude and the chance of damaging them.
Dr Esma Dogramaci, senior lecturer in orthodontics at the University of Adelaide said: ‘Traumatic dental injuries have been identified as the fifth most prevalent disease or injury globally and their subsequent management is costly.’
‘While the number of traumatic dental injuries have fallen over recent decades, they have significant physical, psychological and economic consequences.
‘Young children up to the age of six years with teeth that stick out more than 3mm have over three times higher chance of trauma than children without protruding teeth.
‘Children over six years with teeth that protrude more than 5mm have over double the chance of trauma,’ she adds.
‘A dentist can easily measure how far a child’s teeth stick out and recommend whether they should be fitted with a brace.
They can apply simple braces which can reduce the prominence of protruding teeth and significantly reduce the chance of them being damaged,’says Dr Dogramaci.
‘If children suck their thumb this may also cause the teeth to stick out so they should be discouraged from this habit as early as possible.’
She advises that children should also wear a mouth guard to protect protruding teeth when playing sports.
Preventing long-term issues
‘Early identification and protection of protruding teeth through regular dental check-ups reduces the chance of early problems becoming long-term dental issues,’ says Dr Dogramaci.
‘If young teeth are broken or knocked out long-term issues may occur like the need for root canal treatment or even tooth loss, requiring a lifetime commitment for general dental treatment.
‘Also, if orthodontic treatment is carried out on teeth that have previously suffered from trauma, further complications can occur during orthodontics that could lead to the loss of those teeth.
The results of the study confirmed the association between increased overjet and dental trauma.
A child in the primary dentition could be considered as having an overjet at risk for trauma when it is ≥3mm.
In the early secondary dentition, the threshold for trauma is an overjet ≥5mm.
The research was carried out by the Adelaide Dental School, the University of Adelaide.