Department of Orthopaedic Surgery, Mayo Clinic Arizona, Phoenix, AZ.
Department of Orthopaedic Surgery, Howard University Hospital, Washington, DC.
J Hand Surg Am. 2024 May;49(5):423-430. doi: 10.1016/j.jhsa.2024.01.004. Epub 2024 Feb 18.
The need to include simultaneous carpal tunnel release (sCTR) with forearm fasciotomy for acute compartment syndrome (ACS) or after vascular repair is unclear. We hypothesized that sCTR is more common when: 1) fasciotomies are performed by orthopedic or plastic surgeons, rather than general or vascular surgeons; 2) ACS occurred because of crush, blunt trauma, or fractures rather than vascular/reperfusion injuries; 3) elevated compartment pressures were documented. We also sought to determine the incidence of delayed CTR when not performed simultaneously.
Retrospective chart review identified patients who underwent forearm fasciotomy for ACS or vascular injury over a period of 10 years. Patient demographics, mechanism of ACS or indication for fasciotomy, surgeon subspecialty, compartment pressure measurements, inclusion of sCTR, complications, reoperations, and timing and method of definitive closure were analyzed. Logistic regression modeling was used to analyze predictors associated with delayed CTR.
Fasciotomies were performed in 166 patients by orthopedic (63%), plastic (28%), and general/vascular (9%) surgeons. Orthopedic and plastic surgeons more frequently performed sCTR (67% and 63%, respectively). A total of 107 (65%) patients had sCTR. Fasciotomies for vascular/reperfusion injury were more likely to include sCTR (44%) compared with other mechanisms. If not performed simultaneously, 11 (19%) required delayed CTR at a median of 42 days. ACS secondary to fracture had the highest rate of delayed CTR (35%), and the necessity of late CTR for fractures was not supported by the logistic regression model. Residual hand paresthesias were less frequent in the sCTR group (6.5% vs 20%). Overall complication rates were similar in both groups (63% sCTR vs 70% without sCTR).
When sCTR is excluded during forearm fasciotomy, 19% of patients required delayed CTR. This rate was higher (35%) when ACS was associated with fractures. Simultaneous CTR with forearm fasciotomy may decrease the incidence of residual hand paresthesias and the need for a delayed CTR.
TYPE OF STUDY/LEVEL OF EVIDENCE: Prognosis IV.
对于急性筋膜间室综合征(ACS)或血管修复后的患者,是否需要同时行腕管松解术(sCTR)尚不清楚。我们假设当以下情况发生时,更可能需要同时行 sCTR:1)行筋膜切开术的是骨科或整形外科医生,而不是普外科或血管外科医生;2)ACS 是由挤压伤、钝器伤或骨折引起,而不是血管/再灌注损伤;3)记录到有升高的筋膜间室压力。我们还试图确定未同时行 sCTR 时迟发性 CTR 的发生率。
回顾性病历分析,纳入过去 10 年中因 ACS 或血管损伤而行前臂筋膜切开术的患者。分析患者的人口统计学资料、ACS 的发生机制或行筋膜切开术的指征、外科医生的亚专科、筋膜间室压力测量、是否包括 sCTR、并发症、再次手术、确定性闭合的时间和方法。采用逻辑回归模型分析与迟发性 CTR 相关的预测因素。
166 例患者由骨科医生(63%)、整形外科医生(28%)和普外科/血管外科医生(9%)施行筋膜切开术。骨科和整形外科医生更常同时行 sCTR(分别为 67%和 63%)。共 107 例(65%)患者同时行 sCTR。血管/再灌注损伤导致的筋膜切开术更可能包括 sCTR(44%),而其他机制导致的 ACS 则较少(25%)。如果未同时行 sCTR,11 例(19%)患者在中位时间 42 天后需要行迟发性 CTR。骨折导致的 ACS 发生迟发性 CTR 的可能性最高(35%),但逻辑回归模型并未支持骨折需要行迟发性 CTR。sCTR 组的手部残留感觉异常发生率较低(6.5% vs 20%)。两组的总体并发症发生率相似(sCTR 组 63% vs 无 sCTR 组 70%)。
如果在进行前臂筋膜切开术时未同时行 sCTR,19%的患者需要行迟发性 CTR。当 ACS 与骨折相关时,迟发性 CTR 的发生率更高(35%)。在进行前臂筋膜切开术时同时行 CTR 可能会降低手部残留感觉异常的发生率和迟发性 CTR 的需要。
研究类型/证据水平:预后 IV 级。