Reconstructive orthopaedics of a new generation.
Modern reconstructive orthopaedics combines functional recovery, deformity correction and advanced limb-lengthening technologies.
Individualised treatment planning makes it possible to address limb shortening, asymmetry, the consequences of trauma and the aesthetic correction of body proportions.
Modern reconstructive technologies open the way to more precise, controlled and predictable restoration of limb function and anatomy.
“Modern reconstruction is the union of precision, function and symmetry.
Four directions of modern reconstruction.
Limb lengthening
Functional and aesthetic limb lengthening with staged control of length and axis.
Deformity correction
Axis correction for varus, valgus and other deformities with individually planned osteotomy.
Restoration of symmetry
Comprehensive alignment of length and axis of both limbs for functional and aesthetic symmetry.
Modern reconstructive technologies
Intramedullary systems with magnetic lengthening control and modern precision-surgery methods.
Three principles behind every reconstruction.
Precision
Individualised planning of every reconstruction case — from axis geometry to control of limb symmetry. No off-the-shelf solutions.
Experience
A focused reconstructive practice, academic work and international professional exchange in modern reconstructive orthopaedics.
Technology
Modern reconstruction systems, correction planning and minimally invasive approaches as part of the reconstruction workflow — from modeling to outcome control.
· Limb lengthening
Dr. Maksym Baida, PhD —
orthopaedic trauma surgeon, reconstructive surgeon.
Specialises in modern reconstructive orthopaedics, deformity correction and limb lengthening.
Core areas of work include treating the consequences of trauma, reconstructing complex orthopaedic defects, restoring symmetry, and modern approaches to functional and aesthetic limb restoration. Combines clinical practice, academic work and modern reconstructive technologies.
Academic and clinical environment.
The advancement of modern reconstructive orthopaedics combines clinical practice, academic work and international professional exchange.
A university clinical setting provides the foundation for developing modern reconstruction approaches, professional communication and the adoption of advanced technologies in limb reconstruction and lengthening.
Modern reconstruction is continuous development, professional exchange and technological progress.
Modern reconstructive technologies.
Modern reconstructive orthopaedics combines individualised planning, control of limb axis and symmetry, and advanced technologies for correction and fixation.
The advancement of reconstruction technologies opens new possibilities for more precise, controlled and functional recovery in deformities, shortening and limb lengthening.
Technology should not replace the surgeon, but extend the possibilities of reconstruction.
Individualised planning
Analysis of limb geometry and selection of a reconstruction scenario tailored to the specific case.
Symmetry and axis control
Restoration of the axis, symmetry and biomechanical balance of the lower limbs.
Modern reconstruction systems
Technological solutions for correction and fixation as part of the reconstruction workflow.
Functional recovery
Controlled restoration of function and anatomy in deformities and lengthening.
Personal consultation and case assessment.
Send your imaging and a brief description of the situation — you will receive a preliminary treatment plan with notes on the next steps.