High effectiveness of multilevel orthopaedic surgery and guided growth in spastic hemiplegia children.

Mamedov, U.; Dolganova, T.; Gatamov, O.; Foster, P.; Tomov, A.; Popkov, D.

High effectiveness of multilevel orthopaedic surgery and guided growth in spastic hemiplegia children.

All Authors

Mamedov, U.

Dolganova, T.

Gatamov, O.

Foster, P.

Tomov, A.

Popkov, D.

LTHT Author

Foster, Patrick

LTHT Department

Trauma & Related Services
Orthopaedics

Publication Date

2025

Item Type

Journal Article

Abstract

Purpose: Objectives were to evaluate if gait was improved after multilevel surgery on the involved leg and simultaneously performed guided growth procedure on the uninvolved leg and whether simultaneously performed guided growth is efficient in limb length discrepancy management in hemiplegic children. Methods: Gait pattern of 78 hemiplegic children (mean age 10.4 years) was evaluated using instrumented gait analysis before surgery and at 2 years. This study involved children with type 2a (Rodda and Graham classification) - 12, type 3 - 20, type 4 - 23, type 4s (undergone triceps lengthening at early age) - 23. Results: The mean limb length discrepancy was 2.3 cm before surgery and 0.4 cm at final control. In all patients aged over 144 months, the residual length discrepancy was over 10 mm. The improvement in gait kinematics was observed on both the uninvolved and hemiplegic limbs. Finally, control on uninvolved leg kinematics presented values similar to reference values. On the involved leg, there were significant improvements in sagittal and transverse kinematics. Only patients of the 4s (patients undergone previous triceps lengthening surgery at an early age) group had no improvements in ankle flexion moment and power generation. Conclusion: Multilevel surgery including simultaneous guided growth ensures improvements on both the uninvolved and hemiplegic limb gait kinematics. We suggest guided growth surgery before the age of 12 years for more exact equalization. Isolated triceps performed at an early age represent negative conditions for plantar flexion strength development in long term.