Kongsawasdi Siriphan, Wantanajittikul Kittichai, Jivacate Therdchai, Langkaphin Warangkhana, Chansitthiwet Saran, Sombutputorn Petthisak, Namwongprom Kittikul, Kittisirikul Narueporn, Khammesri Siripat, Angkawanish Taweepoke
Faculty of Associated Medical Sciences, Chiang Mai University, Chiang Mai 50200, Thailand.
Elephant, Wildlife and Companion Animals Research Group, Chiang Mai University, Chiang Mai 50100, Thailand.
Animals (Basel). 2025 Jun 2;15(11):1632. doi: 10.3390/ani15111632.
This case report details the successful rehabilitation of a 31-year-old male Asian elephant () presenting with an abnormal left forelimb gait following chronic traumatic injury. The elephant exhibited a distinctive circumduction gait with a semicircular arc movement, characterized by limited flexion at the elbow and carpus, along with compensatory proximal shrugging during the swing phase. Diagnostic evaluations revealed joint space narrowing and ligament fibrosis, while biomechanical gait analysis using inertial measurement units highlighted significant asymmetries between affected and unaffected limbs. An interprofessional team developed a comprehensive rehabilitation protocol that integrated peripheral magnetic stimulation, task-specific therapeutic walking with adjustable obstacles, and progressive strengthening exercises. At the eight-week follow-up, improvements were observed in cross-correlation coefficients of limb movement and imaging assessments, indicating enhanced symmetry and structural improvements with reduced fibrosis. However, persistent discrepancies in elbow functions suggest that further targeted rehabilitation may be warranted. This report underscores the potential of a coordinated interprofessional approach to restore functional gait patterns in elephants and offers valuable insights for future rehabilitative strategies in managing complex musculoskeletal injuries in large mammals.
本病例报告详细介绍了一头31岁的亚洲雄性大象成功康复的过程。这头大象因慢性创伤性损伤而出现左前肢步态异常。大象表现出一种独特的环形步态,呈半圆形弧线运动,其特征是肘部和腕部屈曲受限,并且在摆动期伴有代偿性近端耸肩。诊断评估显示关节间隙变窄和韧带纤维化,而使用惯性测量单元进行的生物力学步态分析突出了患侧和未患侧肢体之间的显著不对称。一个跨专业团队制定了一项综合康复方案,该方案整合了外周磁刺激、带有可调节障碍物的特定任务治疗性步行以及渐进性强化锻炼。在八周的随访中,观察到肢体运动的互相关系数和影像学评估有所改善,表明对称性增强且结构改善,纤维化减少。然而,肘部功能仍存在持续差异,这表明可能需要进一步进行有针对性的康复治疗。本报告强调了采用跨专业协作方法恢复大象功能性步态模式的潜力,并为未来管理大型哺乳动物复杂肌肉骨骼损伤的康复策略提供了宝贵的见解。