Kinematic movement and balance parameter analysis in neurological gait disorders

Table 2 Statistical results of the mixed ANOVA

Parameter	Diagnosis effect		Trial effect		Interaction effect
Parameter	p	η² (%)	p	η² (%)	P	η² (%)
Shoulder ROM sagittal plane during one gait cycle	.001	38.3	< .001(GG)	37.1	.055(GG)	17.1
Hip ROM sagittal plane during one gait cycle	.001	37.9	< .001(GG)	55.6	.058(GG)	16.6
Hip ROM transversal plane during one gait cycle	.001	38.6	< .001	19.9	.050	16.0
Knee ROM sagittal plane during the stance phase	.009	27.0	.002(HF)	16.2	.165(HF)	11.8
Ankle maximum plantarflexion during one gait cycle	< .001	44.9	.058(HF)	8.2	.658(HF)	5.1
Ankle ROM transversal plane during one gait cycle	.003	31.9	.009	12.6	.406	8.2
Stride time	.058	18.5	< .001(GG)	69.0	.126(GG)	13.2
Force distribution (AP)	.255	9.3	.004	18.6	.016	22.1
AP movement (ln)	.001	34.7	.001	25.6	.219	10.1
Lateral movement (ln)	.033	19.0	.045	9.5	.324	8.0
Passed COP distance (ln)	.004	27.1	.001	24.2	.284	8.8

AP Anterior/posterior, GG Greenhouse–Geisser, HF Huynh–Feldt
Log transformations in terms of the natural logarithm (ln) have been applied in case of violation against the homogeneity of variance. Significant values are given in bold

ISSN: 1754-1611