BACKGROUND Peroneal tendon disorders are common causes of lateral hindfoot pain.However,total rupture of the peroneal longus tendon is rare.Surgical treatment for this condition is usually a side-to-side tenodesis of ...BACKGROUND Peroneal tendon disorders are common causes of lateral hindfoot pain.However,total rupture of the peroneal longus tendon is rare.Surgical treatment for this condition is usually a side-to-side tenodesis of the peroneal longus tendon to the peroneal brevis tendon.While the traditional procedure involves a long lateral curved incision,this approach is associated with damage to the lateral soft tissues(up to 24%incidence).CASE SUMMARY A 50-year-old female had developed pain at the lateral aspect of the hindfoot 1 mo after an ankle sprain while walking in the street.Previous treatments were anti-inflammatory drugs,ice,rest and Cam-walker boot.At physical exam,there was pain and swelling over the course of the peroneal tendons.Ankle instability and cavovarus foot deformity were ruled out.Eversion strength was weak(4/5).Imaging showed complete rupture of the peroneal longus tendon associated with a sharp hypertrophic peroneal tubercle.Surgical repair was indicated after failure of conservative treatment(physiotherapy,rest,analgesics,and ankle stabilizer).A less invasive approach was performed for peroneal longus tendon debridement and side-to-side tenodesis to the adjacent peroneal brevis tendon,with successful clinical and functional outcomes.CONCLUSION Peroneus longus tendon tenodesis can be performed through a less invasive approach with preservation of the lateral soft tissue integrity.展开更多
BACKGROUND Ankle normative values are limited compared to isokinetic knee assessments.Chronic ankle instability correlates with agonist-antagonist imbalances,decreased evertor/invertor ratio,and plantar flexion defici...BACKGROUND Ankle normative values are limited compared to isokinetic knee assessments.Chronic ankle instability correlates with agonist-antagonist imbalances,decreased evertor/invertor ratio,and plantar flexion deficits.Strengthening programs targeting evertor/invertor and dorsiflexor/plantar flexor balance help reduce injury recurrence.Bilateral neuromuscular deficits compromise the contralateral side,rendering healthy limbs unsuitable as recovery references.Defining normative healthy ankle parameters is crucial for establishing precise limits in nonsurgical treatments and sports return criteria.While the limb symmetry index(LSI)is used for knees with a cutoff of>90%,no such standardization exists for the ankle.AIM To comprehensively evaluate isokinetic ankle strength profiles in non-athletic individuals.METHODS This is a cross-sectional study.Two hundred ankles were evaluated using the Biodex 3 System to assess eversion,inversion,dorsiflexion,and plantar flexion.Healthy individuals with an active lifestyle and no previous injuries were evaluated.The Maximum Torque,Agonist/Antagonist Ratio,LSI,and Muscular Deficiency Index(MDI)and the correlation with demographic variables were evaluated.RESULTS The mean age(mean±SD)was 38.5±13.5 years,and the body mass index(BMI)was 25.8±4.2 in 69 men and 31 women.The mean maximum torque values by gender were(mean±SD):22.3±6.6 female(F)and 33.4±9.9 male(M)N/m for eversion;30.10±10.0(F)and 37.0±11.6 N/m(M)for inversion,37.4±10.0(F)and 53.6±13.0 N/m(M)for dorsiflexion,and 100.4±37.2(F)and 158.1±33.4(M)N/m for flexion.There was no correlation between age or BMI and maximum torque.The evertors/invertors ratio was 88.8%,and the dorsiflexors/plantar flexors ratio was 36.1%.The MDI and LSI were balanced between sides for every movement,having an average global difference of less than 10%.CONCLUSION These findings provide gender-specific normative isokinetic values for the ankle in healthy,physically active adults.These reference parameters—especially LSI and MDI above 90%—can support clinical decision-making in rehabilitation planning and return-to-sport assessment,offering objective benchmarks for functional recovery.展开更多
文摘BACKGROUND Peroneal tendon disorders are common causes of lateral hindfoot pain.However,total rupture of the peroneal longus tendon is rare.Surgical treatment for this condition is usually a side-to-side tenodesis of the peroneal longus tendon to the peroneal brevis tendon.While the traditional procedure involves a long lateral curved incision,this approach is associated with damage to the lateral soft tissues(up to 24%incidence).CASE SUMMARY A 50-year-old female had developed pain at the lateral aspect of the hindfoot 1 mo after an ankle sprain while walking in the street.Previous treatments were anti-inflammatory drugs,ice,rest and Cam-walker boot.At physical exam,there was pain and swelling over the course of the peroneal tendons.Ankle instability and cavovarus foot deformity were ruled out.Eversion strength was weak(4/5).Imaging showed complete rupture of the peroneal longus tendon associated with a sharp hypertrophic peroneal tubercle.Surgical repair was indicated after failure of conservative treatment(physiotherapy,rest,analgesics,and ankle stabilizer).A less invasive approach was performed for peroneal longus tendon debridement and side-to-side tenodesis to the adjacent peroneal brevis tendon,with successful clinical and functional outcomes.CONCLUSION Peroneus longus tendon tenodesis can be performed through a less invasive approach with preservation of the lateral soft tissue integrity.
文摘BACKGROUND Ankle normative values are limited compared to isokinetic knee assessments.Chronic ankle instability correlates with agonist-antagonist imbalances,decreased evertor/invertor ratio,and plantar flexion deficits.Strengthening programs targeting evertor/invertor and dorsiflexor/plantar flexor balance help reduce injury recurrence.Bilateral neuromuscular deficits compromise the contralateral side,rendering healthy limbs unsuitable as recovery references.Defining normative healthy ankle parameters is crucial for establishing precise limits in nonsurgical treatments and sports return criteria.While the limb symmetry index(LSI)is used for knees with a cutoff of>90%,no such standardization exists for the ankle.AIM To comprehensively evaluate isokinetic ankle strength profiles in non-athletic individuals.METHODS This is a cross-sectional study.Two hundred ankles were evaluated using the Biodex 3 System to assess eversion,inversion,dorsiflexion,and plantar flexion.Healthy individuals with an active lifestyle and no previous injuries were evaluated.The Maximum Torque,Agonist/Antagonist Ratio,LSI,and Muscular Deficiency Index(MDI)and the correlation with demographic variables were evaluated.RESULTS The mean age(mean±SD)was 38.5±13.5 years,and the body mass index(BMI)was 25.8±4.2 in 69 men and 31 women.The mean maximum torque values by gender were(mean±SD):22.3±6.6 female(F)and 33.4±9.9 male(M)N/m for eversion;30.10±10.0(F)and 37.0±11.6 N/m(M)for inversion,37.4±10.0(F)and 53.6±13.0 N/m(M)for dorsiflexion,and 100.4±37.2(F)and 158.1±33.4(M)N/m for flexion.There was no correlation between age or BMI and maximum torque.The evertors/invertors ratio was 88.8%,and the dorsiflexors/plantar flexors ratio was 36.1%.The MDI and LSI were balanced between sides for every movement,having an average global difference of less than 10%.CONCLUSION These findings provide gender-specific normative isokinetic values for the ankle in healthy,physically active adults.These reference parameters—especially LSI and MDI above 90%—can support clinical decision-making in rehabilitation planning and return-to-sport assessment,offering objective benchmarks for functional recovery.
