Abstract:Data sourcesPubMed, Embase, OvidSP, Web of Science, Cochrane and CINAHL databases were searched up to February 2015 with no language restrictions.Study selectionTwo review authors independently assessed tiles and abstracts of the retrieved case-control, cohorts and cross-sectional studies. For the studies to have been included in the meta-analysis, they must have included the total number of hockey players reporting at least one dentofacial injury, the total number of these injuries compared with other types o… Show more
“…Thus, it is correct to assume that fracture cases [17] 3.6 0.30 Human bone tissue [18] 13.7 0.3 Human teeth [19] 2.07 × 10 4 0.3 could present worse prognosis if the athlete was not using a mouthguard [3,8,[21][22][23]. It is hoped that doubts by athletes about the benefits of using a mouthguard diminish with this information, since this is one of the main reasons reported for this apparatus not being used during sports practice [20,24]. Fig.…”
Purpose Due to recurring doubts by athletes regarding the effectiveness of mouthguards (MG), this study evaluated the stress distribution in the skull and teeth as a consequence of different impacts. Methods Two human skulls were created using modeling software: one in maximum intercuspidal position and the other with a MG. Next, a boxing glove was allocated into each of the coordinate axes (x, y and z) to represent a boxing punch (1000N): Jab (x), Cross (y) or Uppercut (z). The six models were imported to the analysis software and the geometries were subdivided into a specific number of elements. The bonded contacts simulated a situation in which the athlete would not lose their MG during impact. The system constriction was in the foramen magnum region. The results were presented in stress maps and graphs. Results A higher stress concentration in teeth was shown for the model without a MG under direct impact on the upper central incisors. According to von Mises stress, each punch resulted in stress being produced in distinct areas of the skull. The displacement was proportional to the Maximum Principal Stress result. MG use decreased the jaw movement relative to the maxilla and reduced the stress magnitude during impact in all situations. Conclusions MG use is beneficial for all simulated impacts and assists in dampening the generated stresses. Direct impacts on tooth regions showed the higher stress values and the most efficacy in protection was evidenced when using a MG.
“…Thus, it is correct to assume that fracture cases [17] 3.6 0.30 Human bone tissue [18] 13.7 0.3 Human teeth [19] 2.07 × 10 4 0.3 could present worse prognosis if the athlete was not using a mouthguard [3,8,[21][22][23]. It is hoped that doubts by athletes about the benefits of using a mouthguard diminish with this information, since this is one of the main reasons reported for this apparatus not being used during sports practice [20,24]. Fig.…”
Purpose Due to recurring doubts by athletes regarding the effectiveness of mouthguards (MG), this study evaluated the stress distribution in the skull and teeth as a consequence of different impacts. Methods Two human skulls were created using modeling software: one in maximum intercuspidal position and the other with a MG. Next, a boxing glove was allocated into each of the coordinate axes (x, y and z) to represent a boxing punch (1000N): Jab (x), Cross (y) or Uppercut (z). The six models were imported to the analysis software and the geometries were subdivided into a specific number of elements. The bonded contacts simulated a situation in which the athlete would not lose their MG during impact. The system constriction was in the foramen magnum region. The results were presented in stress maps and graphs. Results A higher stress concentration in teeth was shown for the model without a MG under direct impact on the upper central incisors. According to von Mises stress, each punch resulted in stress being produced in distinct areas of the skull. The displacement was proportional to the Maximum Principal Stress result. MG use decreased the jaw movement relative to the maxilla and reduced the stress magnitude during impact in all situations. Conclusions MG use is beneficial for all simulated impacts and assists in dampening the generated stresses. Direct impacts on tooth regions showed the higher stress values and the most efficacy in protection was evidenced when using a MG.
“…Contact sports are those in which participants establish direct physical contact with other players or objects, resulting in greater likelihood of trauma and injuries . Dento‐alveolar injuries such as tooth avulsion, fracture, subluxation, and intrusion demonstrate a significant prevalence in recent studies . It is recommended that contact sports athletes (from football, volleyball, basketball, handball, hockey, rugby, martial arts, and others) use safety devices, such as mouthguards, to minimize impacts …”
“…With regard to oral injuries, the severity of which has decreased dramatically with the introduction of face cages and mouthguards . Most oral injuries only result in around 1 week or less of lost playing time.…”
Section: Discussionmentioning
confidence: 99%
“…8,12 With regard to oral injuries, the severity of which has decreased dramatically with the introduction of face cages and mouthguards. [14][15][16] Most oral injuries only result in around 1 week or less of lost playing time. This indicates that the acute clinical severity is low; access to treatment is quick and effective, or an intersection of both.…”
Rates of oral injuries in Alberta due to ice hockey comprise a significant portion of the injuries that players sustain. Oral injuries occur mostly when a player is struck with a puck or stick, and the rest of the body is injured primarily through collisions. Dental practitioners can help ice hockey athletes prevent oral and dental injuries through encouraging the use of mouthguards (custom over boil and bite) and continuing to wear full-face protection.
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