Midgley Robyn
Hand Therapy Consulting, Bryanston, Johannesburg, South Africa.
J Hand Ther. 2016 Jul-Sep;29(3):323-33. doi: 10.1016/j.jht.2016.03.013.
Case report.
This case report describes the use of the casting motion to mobilize stiffness (CMMS) technique in the management of a crush and degloving injury of the hand. The patient was unable to attend multiple hand therapy sessions due to geographic constraints. The CMMS technique involved the application of a nonremovable plaster of paris cast that selectively immobilizes proximal joints in an ideal position while constraining distal joints to direct desired motion over a long period. This uses active motion only. Traditional hand therapy techniques or modalities are not used. This treatment approach was beneficial to the patient as a minimum of 2 appointments per month were needed to regain functional hand use.
To document the use of the CMMS technique as an effective treatment approach in the management of a crush and degloving injury of the hand.
The CMMS technique was applied to the patient's left (nondominant) hand 8 weeks after injury. The technique's aim was to improve the 30° flexion deformity of the left wrist and flexion contractures of the index, middle, and ring fingers with a total active motion of 0°. Orthotic devices and traditional therapy were applied once joint stiffness was resolved, and a normal pattern of motion was reinstated.
At 6 months, substantial improvement was noted in wrist as well as metacarpophalangeal and interphalangeal joints. Total active motion exceeded 170° in all fingers excellent functional outcome resulted as measured with the upper limb functional index short form-10. The upper limb functional index increased from 0% to 55% of preinjury status (or capacity) over the 18 months of therapy.
Brief immobilization through casting causes certain functional losses, but these are temporary and reversible.
Finger stiffness, edema, and tissue fibrosis were successfully managed with the CMMS technique without the need for attendance at multiple hand therapy sessions.
Level V.
病例报告。
本病例报告描述了在手部挤压和脱套伤治疗中使用石膏塑形运动松解僵硬(CMMS)技术的情况。由于地理限制,患者无法参加多次手部治疗课程。CMMS技术包括应用不可拆卸的巴黎石膏绷带,该绷带在理想位置选择性固定近端关节,同时在较长时间内限制远端关节以引导期望的运动。此技术仅使用主动运动,不使用传统的手部治疗技术或方式。这种治疗方法对患者有益,因为每月至少需要两次预约才能恢复手部功能使用。
记录CMMS技术作为手部挤压和脱套伤治疗的有效方法。
受伤8周后,将CMMS技术应用于患者的左手(非优势手)。该技术的目的是改善左手腕30°的屈曲畸形以及示指、中指和环指的屈曲挛缩,总主动运动为0°。一旦关节僵硬得到解决并恢复正常运动模式,就应用矫形器和传统疗法。
6个月时,腕关节以及掌指关节和指间关节有显著改善。所有手指的总主动运动超过170°,使用上肢功能指数简表-10测量,结果显示功能恢复良好。在18个月的治疗过程中,上肢功能指数从伤前状态(或能力)的0%提高到55%。
通过石膏固定进行的短暂制动会导致一定的功能丧失,但这些是暂时的且可逆。
CMMS技术成功地解决了手指僵硬、水肿和组织纤维化问题,无需患者参加多次手部治疗课程。
V级。