Lower Leg Injuries Research Articles

Thromboembolism prophylaxis in orthopaedics: an update.

Venous thromboembolism (VTE) is a serious complication during and after hospitalization, yet is a preventable cause of in-hospital death.Without VTE prophylaxis, the overall VTE incidence in medical and general surgery hospitalized patients is in the range of 10% to 40%, while it ranges up to 40% to 60% in major orthopaedic surgery. With routine VTE prophylaxis, fatal pulmonary embolism is uncommon in orthopaedic patients and the rates of symptomatic VTE within three months are in the range of 1.3% to 10%.VTE prophylaxis methods are divided into mechanical and pharmacological. The former include mobilization, graduated compression stockings, intermittent pneumatic compression device and venous foot pumps; the latter include aspirin, unfractionated heparin, low molecular weight heparin (LMWH), adjusted dose vitamin K antagonists, synthetic pentasaccharid factor Xa inhibitor (fondaparinux) and newer oral anticoagulants. LMWH seems to be more efficient overall compared with the other available agents. We remain sceptical about the use of aspirin as a sole method of prophylaxis in total hip and knee replacement and hip fracture surgery, while controversy still exists regarding the use of VTE prophylaxis in knee arthroscopy, lower leg injuries and upper extremity surgery.Cite this article: EFORT Open Rev 2018;3:136-148. DOI: 10.1302/2058-5241.3.170018

The UK's Binge Drinking Culture: Losing More Than Just Our Dignity?

The public health importance of alcohol-related injuries has been previously reported. In the UK, 7.0% of all hospital admissions were alcohol-related in 2015/16, of which 5.3% were due to unintentional and intentional injuries. This analysis investigated the relationship between binge drinking and total spend by NHS Clinical Commissioning Groups (CCGs) on injuries and primary care prescribing for trauma and injuries. With continued funding pressures on CCGs, understanding and reducing avoidable expenditures is becoming increasingly important. The following CCG data was extracted from the 2016 focus pack online tool: estimated percentage binge drinkers aged 16 and over, spend per person aged 19 – 64 on injuries (data for head, wrist, hand, shoulder, upper arm, knee and lower leg injuries were combined to give a composite spend), admissions relating to fractures where a fall occurred and injury related primary care prescribing. To determine the relationship between binge drinking and spend on injuries, linear regression analyses were conducted using Microsoft Excel 2013®. There were 208 CCGs with data available. The analysis indicated a statistically significant, positive correlation between the estimated proportion of binge drinkers and the NHS spend on admissions relating to fractures where a fall occurred (R2=0.26; p<0.001) and spend on primary care prescribing for trauma and injuries per 1,000 population (R2=0.11; p<0.001). A weaker but statistically significant correlation was also observed between binge drinking and spend on injuries occurring to the head, wrist, hand, shoulder, upper arm, knee and lower leg (R2=0.069; p<0.001). In the UK, the NHS spend on injuries and trauma is significantly higher in areas with a greater proportion of binge drinkers. Given the growing need to improve efficiencies and reduce costs within the NHS, further investigation is needed to understand how the UK can tackle the UK's binge-drinking culture.

Performance of Alpine Touring Boots When Used in Alpine Ski Bindings.

Alpine touring (AT) equipment is designed for ascending mountains and snow skiing down backcountry terrain. Skiers have been observed using AT boots in alpine (not made for Alpine Touring) ski bindings. We tested the effect on the retention-release characteristics of AT boots used in alpine bindings. Ten AT ski boots and 5 alpine ski boots were tested in 8 models of alpine ski bindings using an ASTM F504-05 (2012) apparatus. Thirty-one percent of the AT boots released appropriately when used in alpine ski bindings. One alpine binding released appropriately for all alpine and AT boots tested; 2 alpine ski bindings did not release appropriately for any AT boots. Altering the visual indicator settings on the bindings (that control the release torque of an alpine system) had little or no effect on the release torque when using AT boots in alpine ski bindings. Many combinations released appropriately in ski shop tests, but did not release appropriately in the more complex loading cases that simulated forward and backward falls; the simple tests performed by ski shops could produce a "false-negative" test result. These results indicate that using AT boots with alpine ski bindings could increase the likelihood of lower leg injuries.

Evaluation of the effectiveness of toe board energy-absorbing material for foot, ankle, and lower leg injury reduction

ABSTRACTObjective: Since 2000, numerous improvements have been made to the National Association for Stock Car Auto Racing, Incorporated (NASCAR®) driver restraint system, resulting in improved crash protection for motorsports drivers. Advancements have included seats, head and neck restraints (HNRs), seat belt restraint systems, driver helmets, and others. These enhancements have increased protection for drivers from severe crash loading. Extending protection to the driver's extremities remains challenging. Though the drivers’ legs are well contained for lateral and vertical crashes, they remain largely unrestrained in frontal and frontal oblique crashes.Method: Sled testing was conducted for the evaluation of an energy-absorbing (EA) toe board material to be used as a countermeasure for leg and foot injuries. Testing included baseline rigid toe boards, tests with EA material–covered toe boards, and pretest positioning of the 50th percentile male frontal Hybrid III anthropomorphic test device (ATD) lower extremities. ATD leg and foot instrumentation included foot acceleration and tibia forces and moments.Results: The sled test data were evaluated using established injury criteria for tibial plateau fractures, leg shaft fractures, and calcaneus, talus, ankle, and midfoot fractures.Conclusion: A polyurethane EA foam was found to be effective in limiting axial tibia force and foot accelerations when subjected to frontal impacts using the NASCAR motorsport restraint system.

The Effect of Anthropomorphic Test Device Lower Leg Surrogate Selection on Impact Mitigating System Evaluation in Low- and High-Rate Loading Conditions.

The lower legs are at risk of substantial injury during events such as frontal automotive crashes and antivehicular mine blasts. Loading to occupants can be assessed using an instrumented anthropomorphic test device (ATD), whose measurements can be compared to established injury criteria. NATO's AEP-55 STANAG 4569 recognizes two surrogates for lower leg injury assessments from impacts with intruding floor pans resulting from underbelly blast loads; (1) the rigid Hybrid III instrumented lower leg, and; (2) the compliant MILitary Lower eXtremity (MIL-LX). The established injury criterion for the Hybrid III leg specifies a maximum lower tibia compressive load of 5.4 kN, whereas the MIL-LX limit is 2.6 kN measured at the upper tibia for similar injury severity levels. The difference in compliance between the two legs could affect the evaluation of protection levels, resulting in an over- or under-estimation of the force attenuation of energy attenuating (EA) floor mats. The responses of the two lower leg surrogates were evaluated at impact velocities up to 12 m/s, representing floor intrusions during antivehicle mine blasts. An air cannon was used to accelerate a rigid or padded floor plate into the sole of the surrogate lower legs, loading them axially, in order to assess the protective capability of commercial EA floor mats. The peak load from the lower and upper load cells in the Hybrid III and MIL-LX legs were compared to identify at what point their respective injury criteria would be exceeded in both the padded and unpadded conditions. Comparisons of the surrogate legs' responses resulted in different evaluations of risk, with the Hybrid III leg exceeding its limit at an impact speed of 6.0 m/s, and the MIL-LX exceeding its limit at 5.5 m/s (for tests including an EA product). Furthermore, the inclusion of an EA mat had a greater relative protective effect on the Hybrid III than the MIL-LX leg, with padding reducing the force to 17 to 34% of the unpadded condition for the Hybrid III, versus 67 to 89% of the unpadded condition for the MIL-LX. The load reduction was found to be velocity dependent for both surrogates. These results indicate that the two surrogates are not equivalent in their assessment of protective capability. Therefore, the selection of ATD leg for testing of EA mats (and other protective devices) will influence the evaluation of these systems, and more robust metrics are required to identify which is the most appropriate surrogate for evaluating injury to the lower limb.

How and why patients self-treat chronic wounds.

The aim of this study was to investigate how people self-treat chronic wounds, why they self-treat and the assistance and support that they receive. The increasing emphasis on self-management of chronic conditions, the potential benefits of self-treatment to the health care consumer and competing demands on health care funding are good reasons to investigate self-treatment of chronic wounds as we have little data on this group of individuals. A survey study was conducted in Australia. A non-random sample of 100 participants was recruited. Participants were aged 18 years or older and currently or previously had a chronic wound that they self-treated. All participants completed one survey. Data analysis involved descriptive statistics. The sample was, on average, 64·6 years of age; half was female (n = 50, 50%), and the majority had a lower leg wound (n = 80, 80·0%). The sample scored 33·9/40 on the Generalized Self-efficacy Scale and 68/100 on the Medical Outcomes Social Support Scale. The majority of the 89 participants who used a wound dressing used a product that targeted bacteria (n = 59, 66.3%). The two most commonly selected reasons for self-treating were 'to be independent' (n = 58, 58·0%) and 'to do the treatment at a time that suited' (n = 55, 56·0%). Less than one quarter of participants reported being supervised regularly during the wound episode (n = 22, 22%), and few (n = 6, 6·0%) reported having received education and training to support their self-treatment. Self-treaters of chronic wounds may benefit from standardised education and closer professional supervision to optimise self-treatment practices. Efforts to improve patient satisfaction with professional care are required to promote a shared-care model when self-treating and to optimise patient outcomes.

Establishing Baseline Normative Values for the Child Sport Concussion Assessment Tool

ImportanceThe Child Sport Concussion Assessment Tool (SCAT3) is a postconcussion sideline assessment tool measuring symptoms, cognition, and balance in preadolescent children. Minimal normative baseline data exist to aid decision making in clinical and athletic settings.ObjectiveTo collect normative baseline data for the Child SCAT3 in a large cohort of young athletes.Design, Setting, and ParticipantsA cross-sectional study was conducted from May 31 to August 12, 2014, at various sporting events (basketball, soccer, baseball, and swimming) in Central Wisconsin among children 5 to 13 years of age who were English-speaking and did not report a lower leg injury within the past 2 months or a concussion within the past month. Data were analyzed between October 8, 2014, and September 12, 2016.Main Outcomes and MeasuresAll Child SCAT3 components were assessed: child and parent report of symptom number and severity, cognition (Standardized Assessment of Concussion–child version [SAC-C]), and balance (modified Balance Error Scoring System [mBESS] and tandem gait). Summary statistics, mean differences, and effect sizes were calculated for each test component.ResultsParticipants included 478 children (234 girls and 241 boys; mean [SD] age, 9.9 [1.9] years]) and their parents. Age had the largest effect on all Child SCAT3 components, with children 5 to 7 years of age reporting higher mean (SD) symptom severity scores compared with those 11 to 13 years of age (18.2 [10.0] vs 11.3 [9.0]; mean difference, 6.86 [95% CI, 4.22-9.50]; effect size, 0.74) and performing more poorly on the total SAC-C (mean [SD] score, 19.5 [5.1] vs 26.1 [2.1]; mean difference, –6.59 [95% CI, –7.49 to –5.68]; effect size, –2.1), mBESS (mean [SD] score, 1.67 [1.8] vs 0.76 [1.2]; mean difference, 0.91 [95% CI, 0.53-1.29]; effect size, 0.68), and tandem gait (mean [SD] time, 22.2 [8.3] vs 14.0 [3.7] seconds; mean difference, 8.23 seconds [95% CI, 6.63-9.82]; effect size, 1.55). Sex had a small effect on the mean (SD) number and severity of symptoms reported by the child (severity: boys, 15.1 [9.8] vs girls, 11.8 [9.2]; mean difference, 3.31 [95% CI, 1.60-5.02]; effect size, 0.35), mean (SD) number and severity of symptoms reported by the parent (severity: boys, 11.1 [7.7] vs girls, 9.4 [8.1]; mean difference, 1.63 [95% CI, 0.21-3.05]; effect size, 0.21), mean (SD) total SAC-C score (boys, 23.9 [3.9] vs girls, 24.9 [3.5]; mean difference, –0.92 [95% CI, –1.61 to –0.23]; effect size, –0.25), and mean (SD) mBESS score (boys, 1.21 [1.5] vs girls, 0.71 [1.0]; mean difference, 0.50 [95% CI, 0.27-0.74]; effect size, 0.38).Conclusions and RelevanceChild SCAT3 baseline normative symptom, cognitive, and balance scores were different, with a large main effect for age and a small effect for sex. These findings may assist health care professionals with interpretation of Child SCAT3 scores for young athletes with a concussion in athletic and clinical settings.

Characteristics associated with residential aged care, respite and transitional aged care placement for older people following an injury-related hospitalisation in Australia

Objective: This study examines characteristics associated with permanent residential aged care (RAC), respite RAC and transitional care (TC) placement for older individuals following an injury-related hospitalisation.&#x0D; Method: A retrospective analysis of individuals aged ≥65 years who had an injury-related hospitalisation and who had a linked record in RAC, TC or activities of daily living (ADL) data between 1 July 2008 and 30 June 2013 in New South Wales, Australia. Comorbidities were identified using diagnosis classifications and a 1-year lookback period. All hospital episodes of care related to the injury were linked to form a period of care. Both new and existing admissions to RAC were examined. Multinominal logistic regression was used to examine the factors associated with new admissions to permanent RAC, respite RAC and TC compared to return to the community.&#x0D; Results: Of 191,301 injury-related hospitalisations, 41,085 (21.5%) individuals either returned or were new admissions to permanent (87.2%) or respite (12.8%) RAC and 3,218 (1.7%) individuals were admitted to TC. There were 3,864, 4,314 and 2,630 new admissions to permanent RAC, respite RAC and TC, respectively. Of the injury hospitalisations, 70,796 (37.0%) individuals had an ADL assessment. Compared to individuals who returned to the community, individuals newly admitted to permanent RAC were four times as likely to have dementia (OR: 4.36; 95%CI 4.15-4.57), those admitted to respite RAC were twice as likely to have dementia (OR: 2.37; 95%CI 2.21-2.54) and people admitted to TC people were less likely to have dementia (OR: 0.60; 95%CI 0.53-0.68). Individuals with shoulder and upper arm injuries were twice as likely (OR: 2.31; 95%CI 1.98-2.68) and individuals with knee and lower leg injuries were one and a half times as likely (OR: 1.87; 95%CI 1.60-2.18) to be admitted to TC. Overall, individuals who were admitted to permanent or respite RAC had a higher likelihood of experiencing limitations associated with their physical, cognitive or social abilities, with individuals admitted to TC having a higher likelihood of having limitations maintaining personal hygiene and mobility compared to individuals returning to the community.&#x0D; Conclusion: An understanding of the profile of which older individuals are using RAC (permanent or respite) or TC services can usefully inform current and future aged care service use.

Medial tibial stress syndrome can be diagnosed reliably using history and physical examination

BackgroundThe majority of sporting injuries are clinically diagnosed using history and physical examination as the cornerstone. There are no studies supporting the reliability of making a clinical diagnosis of medial...

EPIDEMIOLOGY OF SPORTS INJURIES DURING DUTCH PHYSICAL EDUCATION TEACHER EDUCATION OVER THE PERIOD 2000–2014

BackgroundInjury risk is high during PE teacher education (PETE) and varies between curriculum years, settings and sex. Prospective studies covering the full 4-year period of PETE training are needed to...

Complications after surgical management of distal lower leg fractures.

BackgroundOsseous healing of distal lower leg fractures can be prolonged and is often associated with wound healing problems because of the marginal soft - tissue and vascular supply in this area. Postoperative complications are frequent, and according to the literature, open reduction and plate fixation is thought to be associated with higher complication rates. The objective of this study was to evaluate the most common postoperative complications following intramedullary nailing or plate osteosynthesis of distal lower leg injuries with a focus on combined tibio-fibular fractures. The outcomes of patients with and without complications associated the two surgical techniques were compared.MethodsDuring a 5-year period, all surgically treated distal tibiofibular fractures were retrospectively collected from the clinical database and were evaluated for the presence of postoperative complications which included compartment syndrome, wound infection, delayed union and non-union, synostosis and rotational malalignment. Postoperative complications were reviewed and correlated with patient risk factors.ResultsA total of 199 patients were included in the study, and 75 complications were reported. The majority of complications were associated with closed fracture types treated with intramedullary nailing, delayed union being the most frequent. For open fractures, surgical treatment with plate fixation had a complication rate of 12% compared with 25% after intramedullary nailing.DiscussionIn general, distal lower leg fractures are associated with a high risk of postoperative complications. Distal diaphyseal tibial fractures that have been treated with intramedullary nailing devices have a higher risk of delayed union or non - union.ConclusionPlate fixation in distal metaphyseal fractures has a higher risk of problems related to wound healing and postoperative wound infections.

Patient and Surgical Factors Contributing to Perioperative Infection in Complex Lower Extremity Trauma

Infections in the traumatized lower extremity are a significant source of morbidity and expense. Outcomes after vascularized soft tissue reconstruction were analyzed to determine impact on infection rates. A retrospective review of a prospectively maintained database was performed, including 114 trauma patients requiring soft tissue reconstruction of lower extremity injuries at an urban Level I tertiary referral center from 2008 to 2015. Patient characteristics and perioperative outcomes were analyzed. After trauma, 39 (34.2%) patients developed wound infections, of which 74.4 per cent of infections occurred before soft tissue coverage. Isolated lower extremity injury yielded a 4-fold increase in the incidence of infection. Infection rates doubled in patients who smoked, sustained a fall, had a proximal third of the lower leg wound, or underwent external fixation. Comorbid diabetes, underlying fracture, and wound size were not predictive of infection. Overall, there was a 97.4 per cent rate of limb salvage after soft tissue reconstruction. In patients with infection before soft tissue reconstruction, a salvage rate of 96.6 per cent was achieved. Soft tissue reconstruction in the traumatized and infected lower extremity resulted in high limb salvage success rates, demonstrating vascularized tissue transfer in lower extremity injuries is effective in treating lower extremity infection.

Ankle Joint Angle and Lower Leg Musculotendinous Unit Responses to Cryotherapy.

Akehi, K, Long, BC, Warren, AJ, and Goad, CL. Ankle joint angle and lower leg musculotendinous unit responses to cryotherapy. J Strength Cond Res 30(9): 2482-2492, 2016-The use of cold application has been debated for its influence on joint range of motion (ROM) and stiffness. The purpose of this study was to determine whether a 30-minute ice bag application to the plantarflexor muscles or ankle influences passive ankle dorsiflexion ROM and lower leg musculotendinous stiffness (MTS). Thirty-five recreationally active college-aged individuals with no history of lower leg injury 6 months before data collection volunteered. On each testing day, we measured maximum passive ankle dorsiflexion ROM (°) and plantarflexor torque (N·m) on an isokinetic dynamometer to calculate the passive plantarflexor MTS (N·m per degree) at 4 joint angles before, during, and after a treatment. Surface electromyography amplitudes (μV), and skin surface and ambient air temperature (°C) were also measured. Subjects received an ice bag to the posterior lower leg, ankle joint, or nothing for 30 minutes in different days. Ice bag application to the lower leg and ankle did not influence passive ROM (F(12,396) = 0.67, p = 0.78). Passive torque increased after ice bag application to the lower leg (F(12,396) = 2.21, p = 0.011). Passive MTS at the initial joint angle increased after ice bag application to the lower leg (F(12,396) = 2.14, p = 0.014) but not at the other joint angles (p > 0.05). Surface electromyography amplitudes for gastrocnemius and soleus muscles increased after ice application to the lower leg (F(2,66) = 5.61, p = 0.006; F(12,396) = 3.60, p < 0.001). Ice bag application to the lower leg and ankle joint does not alter passive dorsiflexion ROM but increases passive ankle plantarflexor torque in addition to passive ankle plantarflexor MTS at the initial joint angle.

Health burden of serious road injuries in the Netherlands

ABSTRACTBackground: The consequences of injuries in terms of disabilities and health burden are relevant for policy making. This article provides an overview of the current knowledge on this topic and discusses the health burden of serious road injuries in The Netherlands.Methods: The overview of current knowledge on disabilities following a road crash is based on a literature review. The health burden of serious road injuries is quantified in terms of years lived with disability (YLD), by combining incidence data from the Dutch hospital discharge register with information about temporary and lifelong disability.Results: Literature shows that road traffic injuries can have a major impact on victims' physical and psychological well-being and functioning. Reported proportions of people with disability vary between 11 and 80% depending on the type of casualties, time elapsed since the crash, and the health impacts considered. Together, all casualties involving serious injuries in The Netherlands in 2009 account for about 38,000 YLD, compared to 25,000 years of life lost (YLL) of fatalities. Ninety percent of the burden of injury is due to lifelong consequences that are experienced by 20% of all those seriously injured in road accidents. Lower leg injuries and head injuries represent a high share in the total burden of injury as have cyclists that are injured in a crash without a motorized vehicle. Pedestrians and powered 2-wheeler users show the highest burden of injury per casualty.Conclusion: Given their major impacts and contribution to health burden, road policy making should also be aimed at reducing the number of serious road injuries and limiting the resulting health impacts.

Stair ascent and descent biomechanical adaptations while using a custom ankle–foot orthosis

The ability to navigate stairs step-over-step is an important functional outcome following severe lower leg injury and is difficult for many patients. Ankle–foot orthoses, such as the Intrepid Dynamic Exoskeletal Orthosis (IDEO), are often prescribed to improve function. This study compared stair climbing mechanics between IDEO users and able-bodied control participants. Thirteen IDEO users who sustained severe lower leg injury and 13 controls underwent biomechanical gait analysis. Participants ascended and descended a 16-step instrumented staircase without handrail use at a controlled cadence of 80 steps/min. Peak joint angles, moments, powers, and ground reaction forces, and integrated mechanical work were calculated. Independent t-tests with Bonferroni-Holm corrections were used to compare controls to IDEO and sound limbs. Reduced ankle range of motion on the IDEO limb resulted in compensatory strategies while ascending or descending stairs. During ascent, IDEO users had greater bilateral hip power during pull-up (p<0.007) to compensate for the IDEO limb׳s reduced ankle dorsiflexion (p<0.001) and knee extensor moment (p=0.001) while it was leading, and reduced ankle plantarflexor power while it was trailing (p<0.001). During stair descent, when the IDEO limb had was trailing, it had less ankle dorsiflexion during controlled lowering (p<0.001), resulting in greater vertical ground reaction force (p=0.005) and greater ankle and knee power absorption (p<0.001). Reduced IDEO limb ankle power absorption during weight acceptance (p<0.001) resulted in a large knee extensor moment (p<0.001) on the trailing sound limb to lower the body. Despite gait deviations, IDEO users were able to climb stairs step-over-step unassisted.

Minimizing pedestrian lower-leg injury considering rate dependence of the plastic energy absorber

Recently, the global demand for reducing pedestrian injuries that result from vehicle accidents has increased. The lower legs of pedestrians, in particular, are more frequently injured than other parts of the body in accidents because they make direct contact with the front bumper systems of vehicles. Thus, it is necessary to reduce injuries by improving the structure of the frontal bumper. EPP (expanded polypropylene) foam is commonly used to absorb energy in a bumper system, but the foam is not sufficient to absorb the impact in the limited inner bumper space. Thus, a crumple bumper structure made from engineering plastics could be more effective in reducing the level of injury. The dynamic material properties for engineering plastics are required in pedestrian-to-vehicle collision analysis to determine the design shape for this structure. In general, it is very difficult to extract these properties. In this study, an indirect method to extract the dynamic material properties for the engineering plastics is applied: a correlation method between the falling-dart impact test and finite element analysis. Finally, an optimized plastic energy absorber is proposed to improve pedestrian safety performance by conducting a parameter study for its design values.

The Relationship between Anthropometric Variables and Isokinetic Strength in a Women’s Collegiate Soccer Team

Knee isokinetic strength has been reported to be correlated with body fat, fat free mass, and BMI in college students. It is unclear if these anthropometric variables are related to isokinetic performance in relatively homogeneous groups of athletes. PURPOSE: To investigate the relationship between common anthropometrics and average torque production of the knee extensors in a women’s collegiate soccer team. METHODS: Twenty-eight healthy female collegiate soccer athletes aged 18-22 years participated. The participants had no history of significant lower leg injuries. Participants were screened using standard anthropometric measurements that included: height, weight, and skinfold measures of the triceps, suprailiac, and thigh areas. The measurements allowed for calculation of the BMI, lean body mass, lean body mass index (LBMI), and body fat percentage. Isokinetic strength of knee flexion and extension was measured through three angular velocities of 60, 180, and 300 degrees/sec. The relationships between the anthropometric measurements (height, weight, BMI, lean body mass, LBMI, body fat percentage) and average peak torques at the three angular velocities were assessed utilizing hierarchal linear regression and bivariate correlation coefficients. RESULTS: Hierarchal linear regression revealed a significant relationship for average peak torque at 180 degrees/sec, (F = 3.994 (3, 24); p = .019), with BMI, lean body mass, and body fat as the predictors. Further analysis utilizing Pearson’s bivariate correlation coefficient matrix found moderate correlations between average peak torque and BMI (.362 to .557; p<.05), lean body mass (.404 to .425; p<.05), and LBMI (.376 to .413; p<.05). CONCLUSION: The results found in this athletic population differ from previous research involving physically active nonathletes of a similar age. While anthropometric measures have been reported to be related to isokinetic knee strength in nonathletes, in this athletic population the relationship varied depending on the angular velocity. The results suggest that anthropometric measurements such as height, weight, BMI, lean body mass, LBMI, and body fat percentage may not be strong predictors of isokinetic knee muscle strength across angular velocities in an athletic population.

The 5- or 10-km Marikenloop Run: A Prospective Study of the Etiology of Running-Related Injuries in Women.

Study Design Prospective cohort. Background The popularity of running events is still growing, particularly among women; however, little is known about the risk factors for running-related injuries in female runners. Objectives The aims of this study were to determine the incidence and characteristics (site and recurrence) of running-related injuries and to identify specific risk factors for running-related injuries among female runners training for a 5- or 10-km race. Methods Four hundred thirty-five women registered for the Marikenloop run of 5 or 10 km were recruited. Follow-up data were collected over 12 weeks using questionnaires, starting 8 weeks before the event and ending 4 weeks after the event. Two orthopaedic tests (navicular drop test and extension of the first metatarsophalangeal joint) were performed in the 8 weeks before the event. Running-related injuries, defined as running-related pain of the lower back and/or the lower extremity that restricted running for at least 1 day, were assessed at 1-, 2-, and 3-month follow-ups. Results Of 417 female runners with follow-up data (96%), 93 runners (22.3%) reported 109 running-related injuries, mainly of the hip/groin, knee, and lower leg. Multivariable Cox regression analysis showed that a weekly training distance of more than 30 km (hazard ratio = 3.28; 95% confidence interval [CI]: 1.23, 8.75) and a previous running injury longer than 12 months prior (hazard ratio = 1.88; 95% CI: 1.03, 3.45) were associated with the occurrence of running-related injuries. Conclusion Hip/groin, knee, and lower-leg injuries were common among female runners. Only weekly training distance (greater than 30 km) and previous running injury (greater than 12 months prior) were associated with running-related injuries in female runners training for a 5- or 10-km event. Level of Evidence Etiology, 2b. J Orthop Sports Phys Ther 2016;46(6):462-470. Epub 26 Apr 2016. doi:10.2519/jospt.2016.6402.

The “Heel Hook”—A Climbing-Specific Technique to Injure the Leg

Acute injuries in rock climbing either come from a fall onto the lower leg or from performing a hard move and injuring the upper extremity. Further evaluations of lower leg injuries in rock climbing athletes have been performed recently finding sport characteristics such as peroneal tendon dislocations or chronic deformations of the feet. One injury mechanism described in case reports is the so-called heel hook position, which is used more frequently today compared with the beginngs of rock climbing. In addition, the number of these injuries is expected to rise with the increase in popularity of climbing and bouldering. Therefore, it is important to further analyze this pathology. We investigated 17 patients with injuries of the lower extremities after performing a heel hook.

Specifics of rescuing specialized surgical operation for earthquake-stricken in Nepal

There is work analysis of pediatric team (Roshal’s Pediatric Team) while rescuing specialized surgical operation for earthquake-stricken in Nepal 25.04.20015. Materials and methods . Team of Russian doctors of GBUZ NII NDHiT DZ of Moscow rescued specialized medical operation for earthquake-stricken in Nepal from 30.04.2015 to 18.05.2015. The team consisted of 7 doctors: 2 surgeons, 2 traumatologists, 1 neurosurgeon and 2 anesthesiologists. During that period the team performed: 621 patients’ consultation, among which 184 are children. 59 patients needed complex surgical treatment. 32 of them were adults and 27 children. The age of patient was from 3 to 80 years. Open traumas of soft tissues and bones were complicated with purulent infection at all patients. Close traumas were represented by limb injuries and back bone trauma. The most often cases were lower limb injuries - 39 (49,3 %) patients. Among them the most part was with lower leg injuries – 21 (53,8 %). The second place took upper limbs traumas – 13 (19,7 %) with localization in shoulder area – 6 (46,2%). Results . 115 operartions were done for 59 patients, 362 bandages and 235 anaesthetic support were done. 52 surgical d-bridements were performed at purulent-necrotic wounds treatment, and 30,7 % needed repeated surgical d-bridement. For local treatment polypharmaceutical ointments based on polyethyleneglycol were used — 69,4 % and iodiphor solutions — 30,6 %. Wounds were ready for final phase of surgical treatment 10-14 days later after surgical d-bridement of purulent-necrotic places, which appeared due to one-time impact of traumatic agent, and 14-18 day later at crush syndrome. For substitution of wound defects and closing of wound surfaces different reparative and plastic operation were used: local tissues plasty of wound (48,1 %), dosed tissue stretching plasty of wound (29,7 %), fasciocutaneous flap with axial type of blood supply (3,7 %), free split autodermotransplantate plasty of wound (18,5 %). In all cases of patient treatment with open soft tissue and bone injuries a positive result was achieved. Only 2 (3,4 %) patients had some marginal flap necrosis, which was neutralized during next bondages. One patient had humid gangrene and sepsis of lower leg and it was decided to perform amputation at the level of upper third part of lower leg. Conclusions .The use of both methods: active surgical treatment and conveyor belt method of anesthesia providing (on two tables simultaneously) allowed to decrease timelines for recovering and improve treatment quality. Despite some organizational difficulties they could managed with purulent-inflammatory complications, refused from amputations planned by local surgeons and did reparative and plastic operation even in emergency conditions.