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Abstract Background Basketball is a sport with a higher injury rate. Regardless, few basketball players use mouthguards, which predisposes them to injuries. The use of mouthguards (UoM) could be related to several factors. This study aims to identify factors associated with UoM and to construct a model from the factors among basketball players in Indonesia. Methods Through convenience sampling, a total of 286 among basketball players in Indonesia was included in this cross-sectional study. These participants filled out online a modified questionnaires regarding demographic and several factors related to UoM. The data was analyzed using chi-square test, independent-sample t-test, binary logistic regression, and structural equation modeling (SEM). Results There were 286 players. 127 of them were males and 159 were females. Of them, 86 (30.1%) used mouthguards. Age, duration (in year), and weekly practicing basketball (in hour) were all significantly different between mouthguards users and non-users with (p = 0.005, p = 0.036 and p = 0.035), respectively. The UoM was significantly associated with level of awareness, injury experience, social support, and oral health professional (OHP) support with (p = 0.002, p

Background: Basketball is a sport with a higher injury rate. Regardless, few basketball players use mouthguards, which predisposes them to injuries. The use of mouthguards (UoM) could be related to several factors. This study aims to identify factors associated with UoM and to construct a model from the factors among basketball players in Indonesia. Methods: Through convenience sampling, a total of 286 among basketball players in Indonesia was included in this cross-sectional study. These participants filled out online a modified questionnaires regarding demographic and several factors related to UoM. The data was analyzed using chi-square test, independent-sample t-test, binary logistic regression, and structural equation modeling (SEM). Results: There were 286 players. 127 of them were males and 159 were females. Of them, 86 (30.1%) used mouthguards. Age, duration (in year), and weekly practicing basketball (in hour) were all significantly different between mouthguards users and non-users with (p = 0.005, p = 0.036 and p = 0.035), respectively. The UoM was significantly associated with level of awareness, injury experience, social support, and oral health professional (OHP) support with (p = 0.002, p < 0.001, p < 0.001 and p < 0.001), respectively. This result was also supported by a variety of variables' ORs, which range from 1.28 to 5.97. The coefficient of determination (R2) was 0.27. Conclusions: The UoM among basketball players in Indonesia was related to several factors, including the level of knowledge, level of awareness, duration of basketball career, injury experiences, social support, and oral health professionals' support which was constructed to propose a model. The model could explain 27% of the relationship between variables and UoM among Indonesian basketball players. This model will be useful for more comprehensive initiatives to promote oral health. It might be applicable for other countries as well as other sports communities / physical activities. [ABSTRACT FROM AUTHOR]

Sports competitions and recreational activities are practiced by infants, kids, and teenagers for their physical and mental health. Unfortunately, engaging in sports increases the chance of suffering trauma to the mouth's delicate and hard tissues, including lacerations to the lips, various injuries to the gingiva, tongue, or mucosa, chipped, luxated, or avulsed teeth, maxillary or mandibular fractures. The importance of the dentistry profession in connection to the prevention of dental and other orofacial sporting injuries has increased due to the popularity of contact sports and the encouraging of participation at a young age. Inculcating the prevention, management, and treatment of oral and face injuries, sports dentistry is the newest and most promising area of dentistry. Dentists should make it a point to tell parents about the orofacial damage caused by sports and about the different preventive measures that are available. They should also have solid clinical understanding of sports-related dentofacial injuries. In this article, we go over the different facets of sports-related injuries as well as the risk factors that go along with them. [ABSTRACT FROM AUTHOR]

Introduction: The sport practice bears a high risk of dentoalveolar trauma, reason why it is necessary that trainers and sportsmen know on the appropriate use of oral protectors and the emergency procedure in view of the emergence of a dental trauma. Objective: To determine the level of information on oral protectors and dental avulsion in sport trainers. Methods: A descriptive and cross-sectional study was carried out during February, 2020, in the Lino Salabarría Pupo Provincial Initiation Sport School in Sancti Spíritus. A probabilistic, representative and random sample of 25 trainers from combat sports and ball games was selected, to whom an structured survey on oral protectors and dental avulsion was applied. Results: Among the members of the series, 76 % were university students and 52 % had more than 10 years of professional experience. Also, it was obtained that 88 % recommended the use of the oral protector to their sportsmen, but most of them ignored its characteristics, functions and types, as well as the way to behave considering the occurrence of a dental avulsion. Conclusions: The level of information on oral protectors and dental avulsion in the sport trainers was poor, what demonstrated that the education on this topic is necessary. In fact, dentists have the task of carrying out campaigns to motivate and educate in the use of oral protectors and in the correct emergency procedure in case a dentoalveolar trauma happened. [ABSTRACT FROM AUTHOR]

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ABSTRACT Young swimmers are particularly susceptible to the onset of oral diseases. Objective To evaluate the oral health status in young competitive and non-competitive swimmers, involving an assessment of salivary cariogenic bacteria and secretory IgA (S-IgA) concentration. Material and Methods Before training sessions (T1), 54 competitive and 69 non-competitive swimmers had the following parameters assessed: decayed, missing, and filled teeth (DMFT), Plaque Index (PlI), and Gingival Index (GI). At T1 and after training sessions (T2), stimulated saliva was collected and microbiological and immunological analyses were performed. Results Competitive swimmers trained 2.02±0.09 hours 5 times a week, while non-competitive swimmers trained 2.03±0.18 hours a week. A total of 14.7% of competitive swimmers suffered dental trauma related to sports. Only 11.76% of the competitive swimmers took a daily dose of fluoride, against 32.65% of non-competitive swimmers (p=0.029). Neither group followed an established diet or presented statistically significant differences in terms of nutritional supplement drink and chocolate intake. There were statistically significant differences in terms of oral hygiene. No significant difference in clinical indexes (DMFT, PlI, and GI) was present. S. mutans was harbored by 18.6% of competitive and the 32.2% of non-competitive swimmers. S. sobrinus was detected in 22.03% of competitive and 91.6% of non-competitive swimmers (p

Background/aims: Ice hockey players of all ages experience oral and dental injuries. The aim of this study was to evaluate the rates of ice hockey-related oral injuries, time lost due to oral injury, and mechanisms of oral injuries in the province of Alberta during a 15-year period (2001-2016).Methods: Hockey Alberta, the governing body for minor ice hockey associations across the province, collects injury report forms from injured participants in sanctioned events. Fifteen years (2001-2016) of this database was examined for total respondents suffering oral injuries. Data on total injuries, estimated time lost, and injury mechanism were analyzed.Results: Overall, 12 433 ice hockey-related injuries were recorded. The oral region was the third most common body part (16% of total injuries) to be injured after the arms and legs. Oral injuries have been occurring at a relatively constant rate each year from 2001 to 2016, with a maximum of 174 and minimum of 99 reported. Oral injuries usually result in a short absence from the sport of 1 week or less and tend to occur through being struck by a stick or the hockey puck. This differs from total injuries, which tend to occur through collisions with the boards or other players.Conclusions: 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. [ABSTRACT FROM AUTHOR]

OBJECTIVE: Divers are vulnerable to barodontalgia (atmospheric pressure change related dental pain), which may jeopardize diving safety and mission completion. Our aim was to investigate the experience of barodontalgia among western military divers. METHODS: French Armed Forces diving personnel were asked to answer a structured questionnaire including questions regarding their oral health, diving and career features, and barodontalgia while diving. For analysis, the participants were divided into commando/clearance divers (Group A) and ship divers (Group B). RESULTS: All the requested 1389 divers agreed to participate in the study (100%) and 1317 divers (94.8%) who fully completed the questionnaire were included in the analysis. Of these 1317 individuals, 96 (7.3%) suffered from at least 1 episode of barodontalgia while diving, with a total of 119 episodes of barodontalgia. Barodontalgia was more frequent in the upper (62.2%) than the lower dentition (37.8%) (OR = 2.7; 95% Cl, 1.6-4.5) and appeared more common during descent (77.3%) than ascent (22.7%) (OR = 11.6; 95% Cl, 6.3-31.3). Barodontalgia experience was higher in divers who have an examination less than once per year (14.5%) in comparison to divers who usually have a dental examination once a year or more (6.3%) (OR = 2.5; 95% Cl, 1.5 - 4.2). DISCUSSION: Barodontalgia mostly appeared in the maxilla and during descent; therefore, a great role for barosinusitis in the etiology of oral pain while diving may be suggested. The infrequent experience of barodontalgia in divers who routinely visit the dentist once a year or more suggests that the risk of barodontalgia might decrease with the maintenance of a good oral status. [ABSTRACT FROM AUTHOR]

Amy E. Orofacial injuries in Central American and Caribbean sports games: a 20 year experience. Dent Traumatol 2005; 21: 127–130.© Blackwell Munksgaard, 2005.Dental services in sports competitions in the Games sponsored by the International Olympic Committee are mandatory. In every Central American, Pan American and Olympic Summer Games, as well as Winter Games, the Organizing Committee has to take all the necessary measures to assure dental services to all competitors. In all Olympic villages, as part of the medical services, a dental clinic is set up to treat any dental emergency that may arise during the Games. Almost every participating country in the Games has its own medical team and some may include a dentist. The major responsibilities of the team dentist as a member of the national sports delegation include: (i) education of the sports delegation about different oral and dental diseases and the illustration of possible problems that athletes or other personnel may encounter during the Games, (ii) adequate training and management of orofacial trauma during the competition, (iii) knowledge about the rules and regulations of the specific sport that the dentist is working, (iv) understanding of the anti-doping control regulations and procedures, (v) necessary skills to fabricate a custom-made and properly fitted mouthguard to all participants in contact or collision sports of the delegation. This study illustrates the dental services and occurrence of orofacial injury at the Central American and Caribbean Sports Games of the Puerto Rican Delegation for the past 20 years. A total of 2107 participants made up the six different delegations at these Games. Of these 279 or 13.2% were seen for different dental conditions. The incidence of acute or emergency orofacial conditions was 18 cases or 6% of the total participants. The most frequent injury was lip contusion with four cases and the sport that experienced more injuries was basketball with three cases. [ABSTRACT FROM AUTHOR]

Background: Traumatic dental injuries (TDIs) represent 18-30% of all oral pathologies and a considerable number of these are sports related. It is very important to treat sports-related injuries and prevent complications. However, very few studies investigate the most expedient therapeutic strategies for the treatment of dental trauma correlated to sports., Objective: The aim of this work was to focus on the average recovery time for different lesions, to assess adequate times for each athlete, to identify any association with complications and to investigate whether or not the use of mouth-guards interfered with a full recovery to normal health., Methods: This study involved a group of 30 athletes (15 male and 15 female) who had dental injuries of varying severity.For the purposes of data collection, two classifications were taken into account: a classification for hard tissue trauma and another for periodontal lesions. The athletes were subdivided in "type of lesion' groups".They were then treated depending on their individual lesions and followed up for 5 years. A statistical analysis was carried out to study the association between recovery time, lesion types and occurrence of complications., Results: The time for recovery was different for each type of lesion and ranged from 3-5 days (only uncomplicated fractures) to 14 days (all hard-periodontal tissue traumas). The total number of recorded pulp complications amounted to 6 cases. Among 30 athletes, 20 had begun and maintained, during the five-year follow-up period, the habit of using mouth-guards when practicing their sport activities., Conclusions: Recovery time and the severity of lesions are statistically associated: the more serious the injury, the more time an athlete needs to recover and return to competitive sports events. Furthermore, recovery time and precautionary measures (mouth-guards) did not influence the onset of complications. The subjects' habit of wearing a mouth guard continued even after the end of the therapy and follow-up periods.