Expert in TSF Software Assisted Deformity Correction

Complex bone and limb deformities can affect alignment, movement, limb length, and overall function. Accurate assessment and precise treatment planning are essential when managing multi-planar deformities, particularly when the deformity involves angulation, rotation, translation, or limb-length discrepancy.

Our orthopedic team provides specialized care in TSF (Taylor Spatial Frame) software-assisted deformity correction, a computer-assisted approach used in selected complex orthopedic cases. The technique combines a circular external fixation frame with specialized software to help plan and guide gradual correction of complex skeletal deformities.

Advanced Deformity Assessment

Successful deformity correction begins with a detailed assessment of the affected limb. Clinical examination, gait assessment, limb-length measurements, and appropriate radiological investigations help identify the location and characteristics of the deformity.

The deformity may involve multiple planes simultaneously, making conventional correction techniques more challenging. TSF-based planning can help analyze these complex deformities and develop a structured correction program.

Software-Assisted Treatment Planning

The Taylor Spatial Frame uses a six-strut circular frame system along with specialized software. Patient-specific measurements and radiographic information can be incorporated into the correction plan, allowing the treatment team to calculate a gradual adjustment schedule.

This approach may be used in selected cases involving:

• Angular deformities

• Rotational deformities

• Translation deformities

• Complex multi-planar deformities

• Limb-length discrepancy

• Post-traumatic deformities

• Malunited fractures

• Selected congenital deformities

• Complex limb reconstruction cases

Gradual and Controlled Correction

Rather than correcting certain complex deformities in a single procedure, gradual correction may allow the bone and surrounding soft tissues to adapt progressively. Adjustments to the frame are made according to the planned correction schedule, with regular clinical and radiological monitoring.

The treatment plan can be modified when necessary based on healing, alignment, soft-tissue condition, and the patient’s progress.

Comprehensive Limb Reconstruction

TSF software-assisted correction may be incorporated into a broader limb-reconstruction strategy. In appropriate cases, treatment can address deformity and limb-length differences together, with the objective of improving alignment and functional use of the limb.

Complex cases may require staged treatment, close follow-up, physiotherapy, and rehabilitation throughout the correction and bone-healing process.

Follow-Up and Rehabilitation

Regular follow-up is an important part of TSF treatment. Clinical examinations and imaging help monitor bone alignment, regenerate formation where lengthening is performed, frame position, joint movement, and overall progress.

Physiotherapy and appropriate exercises are also important to maintain joint mobility, muscle strength, and functional movement during treatment.

Our goal is to provide precise, individualized, and comprehensive management of complex limb deformities using TSF software-assisted techniques, with careful planning, regular monitoring, and rehabilitation throughout the treatment journey.