Department of Physical Therapy, College of Public Health and Health Professions, University of Florida, Gainesville, Florida 32610-0154, USA.
Phys Ther. 2010 May;90(5):793-802. doi: 10.2522/ptj.20090171. Epub 2010 Mar 18.
The authors previously reported on walking recovery in a nonambulatory child with chronic, severe, incomplete cervical spinal cord injury (SCI) after 76 sessions of locomotor training (LT). Although clinical measures did not predict his recovery, reciprocal patterned leg movements developed, affording recovery of independent walking with a reverse rolling walker. The long-term functional limitations and secondary complications often associated with pediatric-onset SCI necessitate continued follow-up of children with SCI. Therefore, the purpose of this case report is to describe this child's walking function and musculoskeletal growth and development during the 2 years since his participation in an LT program and subsequent walking recovery.
Following LT, the child attended elementary school as a full-time ambulator. He was evaluated 1 month (baseline), 1 year, and 2 years after LT. Examination of walking function included measures of walking independence, gait speed and spatiotemporal parameters, gait kinematics, and daily step activity. Growth and development were assessed by tracking his height, weight, incidence of musculoskeletal complications, and gross motor task performance.
Over the 2 years, the child continued to ambulate independently with a reverse rolling walker, increasing his fastest gait speed. Spatiotemporal and kinematic features of his walking improved, and daily step activity increased. Height and weight remained on their preinjury trajectory and within age-appropriate norms. The child experienced only minor musculoskeletal complications. Additionally, he gained the ability to use reciprocal patterned leg movements during locomotor tasks such as assisted stair climbing and independent tricycle pedaling.
Two years after recovery of walking, this child with incomplete SCI had maintained and improved his walking function and experienced age-appropriate growth and development.
作者先前报道过一名非运动患儿在接受 76 次运动训练(LT)后,慢性、严重、不完全性颈脊髓损伤(SCI)的行走恢复情况。尽管临床测量结果无法预测他的恢复情况,但出现了交互模式的腿部运动,从而恢复了使用反向滚动助行器的独立行走。儿童期发生的 SCI 常伴有长期的功能限制和继发性并发症,因此需要对 SCI 患儿进行持续随访。因此,本病例报告的目的是描述该患儿在参与 LT 项目并随后恢复行走后的 2 年内的行走功能和肌肉骨骼生长发育情况。
在 LT 之后,患儿作为全日制步行者入读小学。他在 LT 后 1 个月(基线)、1 年和 2 年时接受了评估。行走功能评估包括行走独立性、步态速度和时空参数、步态运动学以及日常步活动的测量。生长发育通过跟踪他的身高、体重、肌肉骨骼并发症的发生率以及粗大运动任务表现来评估。
在 2 年期间,患儿继续使用反向滚动助行器独立行走,且最快步态速度提高。行走的时空和运动学特征得到改善,日常步活动增加。身高和体重保持在受伤前的轨迹上,且符合年龄标准。患儿仅经历了轻微的肌肉骨骼并发症。此外,他还获得了在辅助上下楼梯和独立骑三轮车等运动任务中使用交互模式腿部运动的能力。
在恢复行走后的 2 年内,这名不完全性 SCI 患儿保持并改善了他的行走功能,且经历了符合年龄的生长发育。