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. 2021 May 18;12(5):320–328. doi: 10.5312/wjo.v12.i5.320

Table 1.

Background and clinical information of patients with chronic exertional compartment syndrome of the forearm who underwent endoscopic fasciotomy

Ref.
Sample size
Gender
Age (mean and range)
Sport/risk factor
Diagnostic investigations
Preoperative VAS score (mean and range)
Preoperative DASH score (mean and range)
Preoperative quick DASH score (mean and range)
Abe and Fujii[10], 2017 1 (unilateral) 1 F 15 Tennis; This case involved the mobile wad only Compartment pressure measurements (at rest, under stress and after stress) US and MRI -- -- --
Hijjawi and Nagle[14], 2010 1 (unilateral) 1 M 33 Truck driver Compartment pressure measurements (at rest and after stress) -- -- --
Jans et al[11], 2015 154 (all bilateral) 151 M; 3 F 32.7; 16-42 Motocross racers MRI after flexor loading (repetitive grip until exhaustion for 15 minutes) 1.1 ± 0.3 at rest and 7.4 ± 1.5 after stress (used scale of 1 to 10) -- --
Miller et al[17], 2017 2 (1 bilateral) 2 M 24.5; 23-26 Motocross racers Compartment pressure measurements (at rest and after stress) 9.5; 9-10 (used scale of 0 to 10) -- --
Pegoli et al[15], 2016 3 (1 bilateral) 3 M 25.3 Motorcycle drivers Compartment pressure measurements (at rest, under stress and after stress) 4.5; 3-6 (used scale of 0 to 10) 21.71%; 18.42-25.00% --
Ruyer et al[16], 2020 21 (15 bilateral) 21 M 28; 14-42 Motorcycle road racing (n = 20), off-road motorcycle racing or enduro (n = 11), quad racing (n = 4) and mountain biking and water skiing (n = 1) Compartment pressure measurements (pre- and post-stress) -- -- 23 ± 10%; 7-45%
Seiler et al[18], 2011 1 (bilateral) 1 F 19 Swimmer Compartment pressure measurements (after stress) -- -- --

DASH: Disabilities of the Arm, Shoulder and Hand; F: Female; M: Male; MRI: Magnetic resonance imaging; US: Ultrasound; VAS: Visual analogue scale.