[Purpose] The aim of the study was to investigate the relationships between femoral
anteversion and functional balance and postural control in children with spastic cerebral
palsy. [Subjects and Methods] Twenty children with spastic cerebral palsy (mean age=12.4 ±
4.5) with grosss motor functional classification system levels I, II, and III were
recruited for this study. Functional balance was evaluated using the Pediatric Balance
Scale, postural control was evaluated using the Trunk Control Measurement Scale, and
femoral anteversion was assessed with a handheld goniometer using the great trochanter
prominence method. [Results] The results indicated that there was significant correlation
between femoral anteversion and Trunk Control Measurement Scale dynamic reaching score.
There were no significant correlation between femoral anteversion and the Trunk Control
Measurement Scale static sitting balance, Trunk Control Measurement Scale selective
movement control, total Trunk Control Measurement Scale and Pediatric Balance Scale
results. [Conclusion] Increased femoral anteversion has not correlation with functional
balance, static sitting, and selective control of the trunk. Femoral anteversion is
related to dynamic reaching activities of the trunk, and this may be the result of
excessive internal pelvic rotation. It is important for the health professionals to
understand that increased femoral anteversion needs to be corrected because in addition to
leading to femoral internal rotation during walking, it also effects dynamic reaching
activities of spastic children with cerebral palsy.