Foot and ankle injuries related to the use of E-scooters — A case series and a review of literature

IntroductionAs E-scooter use is increasing with the introduction of urban rental schemes in the United Kingdom, associated foot and ankle injuries will become more prevalent. The aim of this study is to assess the injury pattern and injury severity of foot and ankle trauma associated with E-scooter use.MethodsA retrospective case analysis of all E-scooter foot and ankle injuries presenting to three London hospitals between 1st January and 31st December 2020 was conducted. Data including demographics, mechanism and location of injury sustained, management, duration of hospital stay and mortality were collected.Results20 patients were identified with a total of 27 foot and ankle fractures. Eight patients had fracture dislocations, four sustained open injuries and 45% (9/20) of patients required surgical treatment. Those travelling over 15.5 mph were significantly more likely to require operative intervention (70%) than those travelling below 15.5 mph (20%) (P < 0.033) and were more likely to have an open fracture (40% compared to 0%) (P < 0.0886), however the latter was not of statistical significance. 85% (17/20) of rider’s injuries involved the foot and/or ankle only. There were no mortalities at 30 days.ConclusionsE-scooter use can cause serious foot and ankle injuries. Robust guidelines and legislation restricting top speeds and enforcing the wearing of protective clothing could be implemented. This may protect the E-scooter user from significant foot and ankle injury.     

The influence of foot and ankle injury patterns and treatment delays on outcomes in a tertiary hospital; a one-year prospective observation

BackgroundAnkle and foot fractures are amongst the most common injuries, and patterns may vary from primary care set up to tertiary hospitals. Severe foot injuries are projected to have significantly worse outcomes and surgical delays are thought to alter prognosis.MethodsAll patients with foot and ankle trauma were prospectively evaluated at a Tertiary trauma centre over one year. The incidence, fracture patterns, risk factors, and outcomes were evaluated, and cases were divided into simple foot injuries (FASS ≤ 3) and severe foot injuries (FASS > 3). Injury mechanisms, associated injuries, and delays in treatment were evaluated, and outcomes were analyzed using Visual–Analogue Scale Foot and Ankle (VASFA), Maryland Foot Score (MFS) and Foot and ankle disability index (FADI).Results294 Foot and Ankle injuries (51 females, 243 males) were encountered in 2919 trauma cases (incidence of 10%). 80 patients (27.2%) had simple foot injuries and 214 (72.8%) had severe foot injuries. 29 patients (9.9%) were below 18years; most (65.3%) patients were between 18 and 45 years age. Road traffic accident was most commonest mode of injury, with ankle fractures (30.6%) the most common. Metatarsal fractures (27.9%) and calcaneal fractures (21.4%) were 2nd and 3rd most common injuries in the foot. Surgical delay averaged 1 day in both severe and simple injuries. Injury led to 32 (10.9%) below knee amputations. Outcome evaluation in 127 (91 severe, 36 simple injuries) patients showed mean Maryland foot score of 89.30 in simple injury group and 84.87 in severe injury group. Mean VASFA score was 82.87 (simple) and 81.87 in severe injury, and mean FADI score was 93.13 (simple) and 91.05 (severe injury). More detailed analysis revealed that more good scores (64.4%) were documented in severe injuries group, and more excellent scores (52.8%) in simple injuries group.ConclusionFoot injuries constitute 10% of all orthopaedic trauma at tertiary hospitals; Majority of them are severe foot injuries, with 68.7% being open injuries. Surgical delay was similar in simple and severe foot and ankle injuries. Outcomes of severe injuries were similar to simple foot and ankle injuries, reflecting on the quality of care that could be administered to them when they present to tertiary hospitals.     

Incidence and risk factors of lower leg fractures in Belgian soccer players

Introduction

Soccer is the world's most popular sport and one that is physically demanding and highly competitive. Consequently, the rate of injuries resulting from this sport is only increasing. It is estimated that 2–20% of all such injuries are fractures, one-third of which are located in the lower extremities. The aim of this epidemiological study was to investigate the incidence of lower-leg fractures (LLFs) in Belgian soccer players and determine the possible risk factors that lead to them.

Methods

All injuries of players associated with the Royal Belgium Football Association (RBFA) were reported and collected in a nationwide registry. We retrospectively compared the incidence rate of and risk factors for LLFs in Belgian soccer players during two seasons, 1999–2000 and 2009–2010.

Results

In total, 1600 fractures (3%) were located in the lower leg. After a decade, the number of LLFs remained unchanged. Ankle fractures were the most common (37%), followed by foot and tibia fractures (33% and 22%, respectively). The least common were fibula fractures, which accounted for just 9%. A higher incidence of every type of LLF was observed in older and amateur-level soccer players, when compared with their younger and professional counterparts. Male players experienced more tibia and foot fractures, whereas the incidences of ankle and fibula fractures were comparable with those in female soccer players. The vast majority of fractures occurred during soccer games.

Conclusion

Ankle fractures and foot fractures represented two-thirds of all fractures noted in this analysis. Male gender, recreational level and adult age were important risk factors for LLFs. After 10 years, the incidence of LLFs did not decrease. Given the socioeconomic impact of these injuries, improved prevention techniques are required to reduce their incidence, particularly with regard to the frequently occurring ankle and foot fractures in this population.     

The epidemiology of foot injuries in professional rugby union players

Background

Foot injuries represent a small but important proportion of injuries to professional rugby union players. There are no detailed epidemiological studies regarding these injuries. The aim of this study was to describe the epidemiology of foot injuries sustained by a cohort of professional rugby union players and identify areas that may be targeted for injury prevention in the future.

Methods

Medical personnel prospectively recorded injuries in professional Premiership rugby union players in England over four seasons. Injuries to the foot were identified and the time away from training and playing was reported.

Results

A total of 147 foot injuries were sustained resulting in 3542 days of absence in total. Acute events accounted for 73% of all foot injuries, with chronic, mostly overuse conditions, accounting for 25% (undiagnosed 2%). Chronic conditions led to proportionately more time away from training and playing (p = <0.001). Specifically, stress fractures in the foot accounted for 8% of the total foot injuries but 22% of the absence. Navicular stress fractures had the longest recovery time with the mean return to training and match play of 188 days.

Conclusion

In collision sports such as rugby, some injuries may be inevitable but clinicians should always be seeking ways to minimise their occurrence and impact. This study revealed a high proportion of morbidity associated with chronic and overuse foot injuries in these professional athletes. With greater attention paid to risk factors, some of these injuries, and importantly, recurrent injuries may be avoided.     

Frequency and trends in foot and ankle injuries within an English Premier League Football Club using a new impact factor of injury to identify a focus for injury prevention

BackgroundFoot and ankle injuries are common in football. Prevention strategies exist in order to decrease the incidence of such injuries and minimize the number of days that a player is unavailable for selection.MethodsInjuries were recorded over a 4-season period while the team was playing in the English Premier League (EPL). We present the epidemiology of foot and ankle injuries within a professional football club and offer a calculation that may be of use in the future to identify areas of injury prevention.ResultsAnterior Talo-Fibular Ligament (ATFL) injuries and fifth metatarsal fractures were of high impact as they were both common and resulted in significant time periods where the player was unavailable.ConclusionsThis is the first time an EPL club has been prepared to publish data regarding injury. Our findings may be used by others to focus their prevention strategies on the injuries with the highest impact.     

Incidence of injury in young handball players during national competition: A 6-year survey

BackgroundAn updated injury surveillance of young handball players is needed because of the increased risk of injury in recent handball games with increased intensity. This study examined acute injuries in young handball players during games.MethodsWe retrospectively assessed the injuries occurring during 6 national competitions, including 550 games from 2013 to 2018, held in March of each year. All players were 13 or 14 years old.ResultsIn total, 169 injuries were reported. The number of match injuries per 1000 player hours was 26.5. The injury incidence in boys was higher than that in girls (p = 0.001). No significant differences were found in injury incidence according to the position and date during the tournament (p = 0.108 and 0.483, respectively). Of all injuries, 43.2% were in the lower extremities and 20.7% affected the upper extremities. Most injuries occurred in the head/face (n = 53, 31.4%), followed by the ankle/foot (n = 41, 24.3%), knee (n = 23, 13.6%), and wrist/hand (n = 22, 13%). The most common injury type was sprain (n = 64, 37.9%), followed by contusion (n = 50, 30.0%) and wound (n = 35, 20.7%). In field players, ankle sprain was the most frequent diagnosis, followed by head/face wound and contusion. In contrast, contusion was the main cause of injury in goalkeepers, followed by wound on the head/face.ConclusionsPreventive measures focussing on sprains in the lower extremity and improved skill in ball-handling technique should be considered to prevent head/face and wrist/hand injuries, especially in boys.Study designRetrospective cohort study.     

The use of the wide-awake local anesthesia no tourniquet technique in foot and ankle injuries

PurposeAlthough the wide-awake anesthesia no tourniquet (WALANT) technique has demonstrated high efficacy, safety, patient satisfaction, and cost-effectiveness in hand surgery, there are limited data on its use in foot and ankle surgery. This study aimed to evaluate the efficacy of the WALANT technique in selected foot and ankle injuries in terms of intra- and post-operative characteristics.Material and methodsPatients with foot and ankle injuries who underwent surgery with the WALANT technique were evaluated in this retrospective study. A total of 31 patients (22 male/9 female) with a mean age of 40 ± 16 years were evaluated for the type of injury, underlying comorbidities, American Society of Anesthesiologists Classification (ASA) score, intraoperative visual analog pain (VAS) and anxiety (VAS-A) scores, duration of operation, complications, need for intensive care and duration of hospitalization.ResultsThere were 15 patients with medial malleolus fracture, 5 with lateral malleolus fracture, 5 with Achilles tendon ruptures, 2 with proximal phalangeal fracture, and 1 with Lisfranc injury, medial malleolus + syndesmotic injury, deltoid ligament + syndesmotic injury and fifth metatarsal fracture. ASA I–II score was determined in 27 patients and ASA III score in 4. The mean operation time was 36.6 ± 7 min, and the mean length of hospital stay was 8.3 ± 6.1 h. The median VAS pain score was 1 (range, 0–4), the median VAS-A score was 1 (range, 0–3) and no patient needed further anesthetics during the operation. No patient needed intensive care unit stay and no complications were observed in any patient.ConclusionThe WALANT technique was seen to provide satisfactory anxiety and pain scores, acceptable complications, and a short length of hospital stay in patients with foot and ankle injuries. Simple foot and ankle injuries can be managed successfully with this technique through adequate hemostasis without a tourniquet.Level of evidence: Level III.     

足踝部肌腱损伤的MSCT诊断

目的:探讨足踝部肌腱损伤的MSCT诊断价值,提高对足踝部肌腱损伤的认识,避免漏诊。方法:回顾分析自2009年1月至2010年12月临床疑诊足踝部肌腱损伤的32例患者,其中男24例,女8例;年龄23～68岁,平均43岁;外伤后局部均出现疼痛、压痛、软组织肿胀及功能障碍或伴有骨折。所有病例经手术、MRI、双侧对照或随访证实。外伤后7d内完成MSCT检查,2名高年资CT诊断医师在不知结果的情况下分别评估肌腱的异常,意见不一致时协商确定。结果:失访5例,纳入研究27例,最终证实肌腱损伤23例(31处),4例未见异常。按肌腱数(总243条)计算,CT共诊断35处异常,其中误诊4处,CT诊断敏感性、特异性和准确率分别为88.8%(31/35)、98.1%(208/212)和98.4%(239/243)。其中肌腱脱位11处,表现为肌腱部分或全部离开肌腱沟;肌腱卡压13处,横断面显示肌腱1/2及以上横断面嵌插于骨折缝内,7处VR显示肌腱位于骨折缝内,走形迂曲,6处表现为骨折缝较宽,肌腱仍可显示但与骨折缝关系密切(2处误诊);骨片嵌插4处,横断面表现为骨片部分位于肌腱内,VR显示骨片嵌入肌腱,局部较模糊(1处误诊);肌腱完全断裂4处,横断面表现为断裂处肌腱缺如或伴有周围脂肪间隙模糊,VR显示肌腱连续性中断,长轴方向上肌腱短缩(1处误诊);肌腱损伤3处,横断面表现为肌腱增粗,密度减低,边界不清,周围脂肪间隙模糊,VR显示肌腱增粗,密度减低,结构模糊。结论:足踝部MSCT检查(薄层横断面结合VR评价)能很好地诊断肌腱脱位、肌腱卡压、骨片嵌插、肌腱完全断裂、肌腱损伤等外伤性病变,具有较高的临床应用价值。     

Prospective Epidemiological Study of Basketball Injuries During One Competitive Season: Ankle Sprains and Overuse Knee Injuries

This prospective cohort study aims to assess the overall incidence of acute and overuse basketball injuries and identifies risk factors associated with ankle sprains and knee overuse injuries. In total, 164 senior players (23.7 years ± 7.0) of all levels of play, and including both men and women, participated voluntarily during one season. A total of 139 acute and 87 overuse injuries were reported, resulting in an overall injury incidence of 9.8 (8.5 to 11.1) per 1,000 hours. The incidence of acute injuries was 6.0/1,000 hours. Ankle sprains (n = 34) accounted for most acute injuries, and 52.9% of all players with ankle sprains reported a previous ankle sprain. Relative Risks (RR) and Odds Ratio (OR) with their 95% Confidence Intervals (CI) were calculated to determine significant differences. Landing on an opponent’s foot was the major inciting event, significantly more so than non contact mechanisms (RR=2.1 [95% CI: 1.0-4.2]). Acute knee injuries resulted in the highest playing absence (7 weeks 2 days ± 9 weeks 1 day). Overuse injury incidence was 3.8/1,000 hours. The knee (1.5/1,000 hours) was the most common site. Forward players sustained less knee overuse injuries than players of all other playing positions, and significantly less than center players (OR=0.5 [95% CI: 0.2-0.9]). This study showed that ankle sprains and overuse knee injuries are the most common injuries in basketball, both accounting for 14.8%. Injury prevention programmes however should not concentrate on those injuries only, but might one to consider that acute knee injuries, in spite of the fact that they occur less frequently, also merit further research.

Key points

• Ankle sprains are the most common acute injuries in basketball with the inciting event being landing on an opponent’s foot or changing direction.
• Anterior knee pain is the most common overuse injury. Etiologic factors are well described in literature, but prevention strategies are lacking.
• Acute knee injuries account for the highest inactivity and should therefore also be prevented.
• Most of the injuries are due to contact mechanisms and therefore the definition of basketball as a non contact sport is questionable.
• Highest injury risks are found in women and in the lower levels.

Key Words: Aetiology, ankle sprain, injury cause, injury mechanism, overuse knee injury     

Incidence and variance of foot and ankle injuries in elite college football players

We conducted a study on the risk for foot and ankle injuries in college football players on the basis of injury type and player position. In February 2006, we evaluated 320 intercollegiate football players at the National Football League Combine. All pathologic conditions and surgical procedures of the foot and ankle were recorded, and data were analyzed by player position to detect any trends. Seventy-two percent (n = 231) of the players had a history of foot and ankle injuries, with a total of 287 foot and ankle injuries (1.24 injuries/player injured). The most common injuries were lateral ankle sprain (n = 115), syndesmotic sprain (50), metatarsophalangeal dislocation/turf toe (36), and fibular fracture (25). Foot and ankle injuries were most common in kickers/punters (100% incidence), special teams (100%), running backs (83%), wide receivers (83%), and offensive linemen (80%). Lateral ankle sprains, the most common injuries, were treated surgically only 2.6% of the time. Offensive linemen were most likely to have had syndesmotic sprains (32%), and quarterbacks had the highest incidence of fibular fractures (16%). Foot and ankle injuries are common in collegiate football players, affecting 72% of players. Thirteen percent underwent surgical treatment. Trends are seen in the types of injuries for the different player positions.     

Management of Acute Achilles Tendon Rupture Using the Krackow and Tendon-Bundle Techniques

Background Acute Achilles tendon rupture is a severe injury of the lower extremities;however,optimal treatment options are not yet available.This study aimed to investigate the surgical method and clinical effect of the Krackow and tendon-bundle techniques for managing acute Achilles tendon rupture.Methods This retrospective case series study analyzed 17 cases of acute Achilles tendon rupture at the Beijing Jishuitan Hospital from December 2012 to January 2020.There were 16 men and one woman,aged 27–45 years,with an average of 39.6 years.Thirteen patients were injured while playing basketball or badminton,and 4 patients were injured while participating in a football match or other sports.All injuries were repaired using the Krackow and tendon-bundle techniques.Postoperative evaluation indicators included active range of motion during ankle plantar flexion and dorsiflexion,height of single foot heel lifting,Amer-Lindholm Achilles tendon function score,and American Orthopedic Foot and Ankle Society(AOFAS)score.Results The patients were followed-up for 6–45 months(average,18.9 months).There was no re-rupture of the Achilles tendon,wound infection,or sural nerve injury.At the final follow-up,the affected and contralateral sides exhibited plantar flexion of 42.1±4.4°and 43.8±2.8°,dorsiflexion of 15.8±2.9°and 16.6±2.9°,respectively,and one foot exhibited a heel lifting height of 7.2±1.0 cm and 7.5±0.9 cm,respectively.There was no significant difference between the affected and contralateral sides(P>0.05).At the final follow-up,the Amer-Lindholm Achilles tendon function score was excellent in 94.1%(16/17)of the patients and good in 5.9%(1/17)of the patients.The AOFAS scores ranged from 90 to 100,with an average of 96.4±3.7.Conclusion Krackow and tendon-bundle techniques can improve the strength of the suture used for the Achilles tendon repair and ensure good matching for broken ends,and thus it is an effective repair method for closed Achilles tendon injury.     

Incidence and significance of injuries to the foot and ankle in polytrauma patients—An analysis of the Trauma Registry of DGU

Background

Injuries to the foot and ankle are often missed or underestimated during the initial care for polytraumatized patients. Nonetheless, injuries to the lower extremity exert significant influence on long-term outcome after discharge from the acute care facility. Since the mortality of trauma decreased in the last decades, these injuries gain more effect on the overall outcome. We analysed foot and ankle injury patterns, associated procedures and special characteristics of this population during early care.

Methods

Multiply injured patients of the Trauma Registry of DGU (TR-DGU; Injury Severity Score, ISS ≥ 16) with injuries to the foot and ankle (group F&A) were compared to the remaining TR-DGU population (group Non-F&A) for differences in injury characteristics, surgical treatment and early outcome. A detailed comparative statistic is provided.

Results

Demographic data and injury severity were comparable between the groups. The group F&A showed significantly more falls from a height above 3 m and suicidal injuries. Their overall injury severity to the extremities, especially to the regions different from the foot and ankle, was significantly higher compared to group Non-F&A. Group F&A patients had more surgeries and less intensive care complications. Mortality was 11.6% (F&A) and 16.2% (Non-F&A). Concerning initial outcome when discharged from the acute care facility, group F&A patients more commonly were moderately or severely disabled in everyday life.

Conclusions

Our data enhance the need for a meticulous search for injuries to the foot and ankle in patients with falls, comparably light injuries to the trunk and head and especially in patients with multiple and severe injuries to the skeletal system. Since 88.4% of patients with foot and ankle injuries are discharged alive, early appropriate care should be given to these injuries that significantly affect long-term outcome.     

Mechanisms and situations of anterior cruciate ligament injuries in professional male soccer players: a YouTube-based video analysis

Background

Soccer is considered the most popular sport in the world concerning both audience and athlete participation, and the incidence of ACL injury in this sport is high. The understanding of injury situations and mechanisms could be useful as substratum for preventive actions.

Purpose

To conduct a video analysis evaluating the situations and mechanisms of ACL injury in a homogeneous population of professional male soccer players, through a search entirely performed on the YouTube.com Web site focusing on the most recent years.

Methods

A video analysis was conducted obtaining videos of ACL injury in professional male soccer players from the Web site YouTube. Details regarding injured players, events and situations were obtained. The mechanism of injury was defined on the basis of the action, duel type, contact or non-contact injury, and on the hip, knee and foot position.

Results

Thirty-four videos were analyzed, mostly from the 2014–2015 season. Injuries occurred mostly in the first 9 min of the match (26%), in the penalty area (32%) or near the side-lines (44%), and in non-rainy conditions (97%). Non-contact injuries occurred in 44% of cases, while indirect injuries occurred in 65%, mostly during pressing, dribbling or tackling. The most recurrent mechanism was with an abducted and flexed hip, with knee at first degrees of flexion and under valgus stress.

Conclusions

Through a YouTube-based video analysis, it was possible to delineate recurrent temporal, spatial and mechanical characteristics of ACL injury in male professional soccer players.

Level of evidence

Level IV, case series.

     

The role of fibular tape in the prevention of ankle injury in basketball: A pilot study

STUDY DESIGN: Prospective nonrandomized controlled trial. OBJECTIVES: To determine the effect of fibular repositioning tape (FRT) on incidence and severity of ankle injury. BACKGROUND: Pain and functional disability is common following ankle sprain and a major problem in sport. A novel method of taping, FRT, which has been described to prevent ankle sprain, requires less tape than traditional methods and is easier to apply. The objective of this study was to determine the effect of FRT on the incidence and severity of ankle injury in basketball. METHODS AND MEASURES: One hundred twenty-five male basketball players were assigned at time of play to either the control (209 exposures) or FRT (224 exposures) condition in a manner of convenience. Control participants had the choice on the use and type of prophylaxis, excluding FRT. FRT participants were taped using the method described by Mulligan. Ankle injury data were collected after each exposure. Injury severity was determined by functional limitation, pain levels, and days to return to play. RESULTS: Four hundred forty-three measured basketball exposures resulted in 11 ankle injuries. All injuries occurred in subjects with a history of previous ankle sprain. Significantly less ankle injuries were sustained by members of the FRT condition (n = 2), compared to members of the control condition (n = 9) (Fisher exact test, P = .03). The odds ratio of sustaining an ankle injury was 0.20 (P = .04; 95% confidence interval [CI]: 0.04, 0.93) when taped with FRT and the number needed to treat was 22 (95% CI, 12-312). CONCLUSIONS: This study provides preliminary data regarding the prophylactic effects of FRT on ankle injury in male basketball players.     

Epidemiology of foot injury in a high-income developing country

Objectives

To study the epidemiology of foot injuries and factors predicting their severity in a high-income developing country so as to define prevention priorities.

Patients and Methods

All patients admitted to Al-Ain Hospital with foot injury between March 2003 and March 2006 were identified from a prospectively collected Trauma Registry. Injuries were scored using foot and ankle severity scale (FASS). Bilateral, multiple or segmental injuries, open fractures or those with FASS score higher than 3 were included in severe foot injury group and compared with simple foot injury group regarding patients’ demography, co-morbidities, trauma mechanism and energy, incident location, number of associated injuries, Injury Severity Score (ISS) and hospital stay using a univariate analysis. A logistic regression model was then used to study factors predicting severity of foot injury.

Results

171 patients (156 males) were studied. The average (range) age was 34 (2-75). 95 had right foot injury, 66 had left, and 10 had both. Fall from height was the most common mechanism. 105 (61%) had work-related injuries. 130 (76%) had isolated foot injury. 151 (88%) had 212 foot fractures. 20 (12%) had soft tissue injuries. 70 (41%) had severe injuries while 101 (59%) had simple ones. The multiple logistic model was highly significant (p = 0.002). Number of associated injuries (p = 0.025) and location of trauma (p = 0.044) were significant while the amount of energy (p = 0.054) showed a strong trend to predict severity.

Conclusions

Fall from height is the most common mechanism of foot injury in United Arab Emirates. The number of associated injuries, high-energy trauma, and being work related are predictors of foot injury severity. Prevention priorities include counteractions against falling from height and falling heavy objects as occupational hazards.     

腓动脉穿支蒂螺旋桨皮瓣修复足踝部软组织缺损

目的 :探讨腓动脉穿支蒂螺旋桨皮瓣修复足踝部软组织缺损的临床疗效。方法:自2012年6月至2014年4月,采用腓动脉穿支蒂螺旋桨皮瓣治疗足踝部软组织缺损患者20例,其中男14例,女6例;年龄8~64岁,平均(36.2±4.6)岁;缺损面积5 cm×2 cm~22 cm×7 cm。损伤至手术时间8~90 d,平均(38.2±6.2)d。末次随访时采用美国足踝外科学会(AOFAS)踝-后足评分进行临床疗效评价。结果:20例均获随访,时间6~24个月,平均(13.5±2.2)个月。皮瓣外观及质地良好。手术时间90~210 min,平均(120±32)min。19例皮瓣全部存活,1例出现皮瓣部分坏死予再次清创植皮术后治愈。末次随访时AOFAS评分为(93.1±10.0),其中优14例,良6例。结论:腓动脉穿支蒂螺旋桨皮瓣治疗足踝部软组织缺损安全有效,临床疗效满意。     

Successful Repair of M. obliquus Internus Abdominis Avulsion at the Iliac Crest—Operative Technique in Professional Soccer Players

Objective

Sports related injuries to the anterolateral abdominal wall have been described as side strain injuries or hip pointer. So far, only a few cases of avulsion injuries of the m. obliquus internus abdominis muscle from the iliac crest have been described. All were treated conservatively. The aim of this study is to present the surgical technique.

Methods

This report presents three cases of professional soccer players who were treated surgically with transosseous reattachment to the iliac crest. These male players were 23, 25, and 29 years old. Two of them suffered a direct contusion and one an indirect injury. The diagnosis was suspected based on the patient's history and clinical examination and confirmed by MRI. In each case, the fibrocartilaginous layer of the m. obliquus internus was separated 2 cm from the iliac crest. All three players were operated by aponeurotic m. obliquus internus refixation to the lateral iliac crest (three transosseous drill holes). Return to play was 55, 60, and 122 days postoperatively. Functional limitations, symptoms, sports/recreational activities, and quality of life in terms of occupational, social, emotional, and lifestyle concerns were measured using the iHOT 12 instrument at 11.1 and 9.7 years postoperatively.

Results

Six weeks postoperatively, sport-specific training was started. After 2 to 4 months, all three patients were fully reintegrated into their elite sports and unrestricted sports ability was achieved. Long-term follow-up was performed using the German version of the iHOT-12 questionnaire and 92.7% and 99.9% were calculated for the two German speaking soccer players.

Conclusions

Our cases demonstrate that transosseous suture reattachment was a successful procedure that allowed a safe and predictable return to sport. Full performance and excellent, long lasting treatment results were achieved.     

The impact of the Major Trauma Network: will trauma units continue to treat complex foot and ankle injuries?

IntroductionApril 1st 2012 saw the introduction of National Trauma Networks in England. The aim to optimise the management of major trauma. Patients with an ISS ≥ 16 would be transferred to the regional Major Trauma Centre (level 1). Our premise was that trauma units (level 2) would no longer manage complex foot and ankle injuries thereby obviating the need for a foot and ankle specialist service.MethodsRetrospective analysis of the epidemiology of foot and ankle injuries, using the Gloucestershire trauma database, from a trauma unit with a population of 750,000. Rates of open fractures, complex foot and ankle injuries and requirement for stabilisation with external fixation were reviewed before and after the introduction of the regional Trauma Network. Secondly, using the Trauma Audit & Research Network (TARN) database, all foot and ankle injuries triaged to the regional Major Trauma Centre (MTC) were reviewed.ResultsIncidence of open foot and ankle injuries was 2.9 per 100,000 per year. There were 5.1% open injuries before the network and 3.2% after (p > 0.05). Frequency of complex foot and ankle injuries was 4.2% before and 7.5% after the network commenced, showing no significant change. There was no statistically significant change in the numbers of patients with complex foot and ankle injuries treated by application of external fixators. Analysis of TARN data revealed that only 18% of patients with foot and ankle injuries taken to the MTC had an ISS ≥ 16. The majority of these patients were identified as requiring plastic surgical intervention for open fractures (69%) or were polytrauma patients (43%). Only 4.5% of patients had isolated, closed foot and ankle injuries.ConclusionWe found that at the trauma unit there was no decrease in the numbers of complex foot and ankle injuries, open fractures, or the applications of external fixators, following the introduction of the Trauma Network. These patients will continue to attend trauma units as they usually have an ISS < 16. Our findings suggest that there is still a need for foot and ankle specialists at trauma units, in order to manage patients with complex foot and ankle injuries.