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拇长伸肌腱白发性断裂的临床分析及治疗 总被引:2,自引:1,他引:1
肌腱自发性断裂是指无明显外伤或仅轻微的动作所引起的肌腱断裂。自发性肌腱断裂的发病率很低,约占手部损伤的0.1%。1998年7月~2004年1月,我们对17例拇长伸肌腱自发性断裂患者的病因进行分析,采用桡侧腕长伸肌腱移位修复,获得满意的疗效。报告如下。 相似文献
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拇长伸肌腱自发性断裂的临床分析及治疗 总被引:1,自引:0,他引:1
肌腱自发性断裂是指无明显外伤或仅轻微的动作所引起的肌腱断裂.自发性肌腱断裂的发病率很低,约占手部损伤的0.1%[1].1998年7月~2004年1月,我们对17例拇长伸肌腱自发性断裂患者的病因进行分析,采用桡侧腕长伸肌腱移位修复,获得满意的疗效.报告如下. 相似文献
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目的 探讨拇长伸肌腱自发性断裂的病因及治疗方法.方法 2015年5月-2020年1月,采用示指固有伸肌腱转位及掌长肌腱游离移植对19例拇长伸肌腱自发性断裂进行修复.结果 术后19例获随访4~24个月,平均6个月.拇指指间关节背伸0°~5°,屈曲35°~45°.按SEEM评分标准,示指固有伸肌腱移位重建拇长伸肌腱12例,... 相似文献
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不同原因拇长伸肌腱自发性断裂的治疗 总被引:1,自引:1,他引:0
自发性拇长伸肌腱断裂临床不多见,随着中国逐渐进入老龄化社会,其发病呈上升趋势,我院自2000-2005年共手术治疗自发性拇长伸肌腱断裂15例,效果良好,报道如下。 相似文献
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目的 探讨并对比掌长肌腱移植与示指固有伸肌腱转位修复拇长伸肌腱自发性断裂的临床疗效。方法 对2017年2月-2020年12月收治的46例自发性拇长伸肌腱断裂患者,按手术方式分为掌长肌腱移植组与示指固有伸肌腱转位组,术后均予外展背伸位被动支具固定3周,逐步行患指主被动功能训练,定期随访。结果 两组术后均获随访4~8个月,平均5个月。根据TAM评价标准,掌长肌腱移植组与示指固有伸肌腱转位组术后均取得了较为明显的临床疗效,两组在优、良、中数量以及优良率(TAM等级优+良占总比)差异上无统计学意义(P>0.05)。结论 掌长肌腱移植与示指固有伸肌腱转位是治疗自发性拇长伸肌腱断裂的两种有效术式,临床治疗效果满意,疗效上无明显差异。 相似文献
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We are reporting a case of extensor pollicis longus tendon rupture which did not require tendon transfer owing to the ability of the intact extensor pollicis brevis(EPB) to fully hyperextend the thumb interphalangeal joint. The thumb metacarpophalangeal joint was also able to be fully actively extended by the EPB. Previous anatomical studies have demonstrated that the insertional anatomy of the EPB tendon is highly variable and sometimes inserts onto the extensor hood and distal phalanx, which is likely the mechanism by which our patient was able to fully extend the thumb interphalangeal joint. Despite the potential for the EPB to extend the IP joint of the thumb, virtually all previously reported cases of extensor pollicis longus(EPL) tendon rupture had deficits of thumb IP extension requiring tendon transfer. This case highlights the potential ability of the EPB tendon to completely substitute for the function of the EPL tendon in providing thumb IP joint extension. 相似文献
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Praveen Bhardwaj Vigneswaran Varadharajan S Raja Sabapathy 《Indian Journal of Plastic Surgery》2020,53(3):435
Extensor indicis proprius (EIP) tendon transfer is a standard operation for restoration of the thumb extension following rupture of extensor pollicis longus (EPL). In its standard form often the EIP is transferred to the EPL without inspection of the extensor tendons in the fourth compartment and it is retained in its anatomical fourth compartment. However, in a setting of EPL rupture in relation to the distal radius fracture (with or without fixation), concomitant injury to the extensor tendons to the index finger may result in failure of the transfer and even a loss of index finger extension (index finger drop) further complicating the reconstruction and resulting in immense patient dissatisfaction. We herein present two such rare cases to highlight this clinical scenario and how an awareness of this possibility and inspection of the extensor tendons to the index finger before EIP transfer allowed us to prevent this complication. In essence, if we know it, we can prevent it. 相似文献
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Chul-Hyun Cho Kyung-Jae Lee Kwang-Soon Song Ki-Cheor Bae 《Clinics in Orthopedic Surgery》2012,4(4):325-328
Although extensor tendon rupture often occurs after volar plating for a distal radius fracture, a flexor tendon rupture is extremely rare. Most reported instances of flexor tendon ruptures after volar plating have involved improper placement of the plate, increased prominence of the distal edge of the plate because of collapse of the fracture site, use of custom-made plates, current steroid use by the patient, or a history of tendon injury. We report a case of delayed rupture of the flexor pollicis longus tendon 40 months after volar plating with a 3.5-mm T-locking compression plate for which the distal edge was located at the transverse ridge level of the distal radius. If symptoms such as tendon irritation occur in this situation, surgeons should consider removing the plate as soon as possible after bony union is achieved. 相似文献
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A 26 year old man was referred to us with extensor pollicis longus dysfunction (EPL), and investigation revealed a fracture of the trapezium (left) and carpo-metacarpal joint dislocation of the thumb. Operative exploration revealed mechanical displacement of the tendon secondary to fracture dislocation of the trapezium as the cause for EPL dysfunction. The lesion was managed with an open reduction and screw fixation resulting in good functional outcome. 相似文献