Table 2

Functional motor performance and spatiotemporal gait measures

HCMS patientsp-valuep-value FDR
Force-matching performance
 Number of participants1728
 Upper limb lag, ms184.71 (113.75)216.07 (90.08)0.2010.503
 Upper limb force error, N0.31 (0.07)0.34 (0.09)0.2260.452
 Lower limb lag, ms142.35 (116.49)266.43 (120.68)0.002*0.010*
 Lower limb force error, N0.30 (0.05)0.45 (0.16)0.001*0.010*
Spatiotemporal gait measures
 Number of participants1528
 Speed, ms1.39 (0.04)1.38 (0.03)0.3080.513
 Single support, % gait cycle40.19 (3.26)40.45 (2.92)0.7601.000
 Terminal double support, % gait cycle7.79 (1.30)7.78 (1.54)0.9850.985
 Stance, % gait cycle58.52 (1.26)58.44 (2.35)0.8991.000
 Stride length, mm1426.26 (88.09)1358.05 (89.16)0.021*0.070
 Step width, mm75.51 (22.68)77.26 (24.50)0.9191.000
HCMS patientsp-valuep-value FDR
Force-matching performance
 Number of participants1728
 Upper limb lag, ms184.71 (113.75)216.07 (90.08)0.2010.503
 Upper limb force error, N0.31 (0.07)0.34 (0.09)0.2260.452
 Lower limb lag, ms142.35 (116.49)266.43 (120.68)0.002*0.010*
 Lower limb force error, N0.30 (0.05)0.45 (0.16)0.001*0.010*
Spatiotemporal gait measures
 Number of participants1528
 Speed, ms1.39 (0.04)1.38 (0.03)0.3080.513
 Single support, % gait cycle40.19 (3.26)40.45 (2.92)0.7601.000
 Terminal double support, % gait cycle7.79 (1.30)7.78 (1.54)0.9850.985
 Stance, % gait cycle58.52 (1.26)58.44 (2.35)0.8991.000
 Stride length, mm1426.26 (88.09)1358.05 (89.16)0.021*0.070
 Step width, mm75.51 (22.68)77.26 (24.50)0.9191.000

Compared to HC, MS patients showed worse behavioural performance during the lower limb visually guided motor task during fMRI testing, but no differences were observed during upper limb movement. MS patients displayed longer lag (p =0.002) and more force error (p =0.001) during lower limb movements, compared to HC. In addition, during walking patients showed a shorter stride length compared to controls (p=0.021). *Significant difference between MS patients and HC.

Table 2

Functional motor performance and spatiotemporal gait measures

HCMS patientsp-valuep-value FDR
Force-matching performance
 Number of participants1728
 Upper limb lag, ms184.71 (113.75)216.07 (90.08)0.2010.503
 Upper limb force error, N0.31 (0.07)0.34 (0.09)0.2260.452
 Lower limb lag, ms142.35 (116.49)266.43 (120.68)0.002*0.010*
 Lower limb force error, N0.30 (0.05)0.45 (0.16)0.001*0.010*
Spatiotemporal gait measures
 Number of participants1528
 Speed, ms1.39 (0.04)1.38 (0.03)0.3080.513
 Single support, % gait cycle40.19 (3.26)40.45 (2.92)0.7601.000
 Terminal double support, % gait cycle7.79 (1.30)7.78 (1.54)0.9850.985
 Stance, % gait cycle58.52 (1.26)58.44 (2.35)0.8991.000
 Stride length, mm1426.26 (88.09)1358.05 (89.16)0.021*0.070
 Step width, mm75.51 (22.68)77.26 (24.50)0.9191.000
HCMS patientsp-valuep-value FDR
Force-matching performance
 Number of participants1728
 Upper limb lag, ms184.71 (113.75)216.07 (90.08)0.2010.503
 Upper limb force error, N0.31 (0.07)0.34 (0.09)0.2260.452
 Lower limb lag, ms142.35 (116.49)266.43 (120.68)0.002*0.010*
 Lower limb force error, N0.30 (0.05)0.45 (0.16)0.001*0.010*
Spatiotemporal gait measures
 Number of participants1528
 Speed, ms1.39 (0.04)1.38 (0.03)0.3080.513
 Single support, % gait cycle40.19 (3.26)40.45 (2.92)0.7601.000
 Terminal double support, % gait cycle7.79 (1.30)7.78 (1.54)0.9850.985
 Stance, % gait cycle58.52 (1.26)58.44 (2.35)0.8991.000
 Stride length, mm1426.26 (88.09)1358.05 (89.16)0.021*0.070
 Step width, mm75.51 (22.68)77.26 (24.50)0.9191.000

Compared to HC, MS patients showed worse behavioural performance during the lower limb visually guided motor task during fMRI testing, but no differences were observed during upper limb movement. MS patients displayed longer lag (p =0.002) and more force error (p =0.001) during lower limb movements, compared to HC. In addition, during walking patients showed a shorter stride length compared to controls (p=0.021). *Significant difference between MS patients and HC.

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