Abstract
Aim. To study the data of mathematical model of mismatch between the vertebral length and the spinal cord calculated length in adolescents with juvenile idiopathic scoliosis.
 Materials and methods. The paper presents the data on the calculated value of spinal cord and vertebral growth mismatch coefficient according to computed optic tomography and transcranial magnetic stimulation data in 46 adolescents, suffering from multiplane vertebral deformity of different degree of severity.
 Results. The obtained data confirm the theory of mismatch between the spinal cord and vertebral growth. It was shown that spinal cord growth is the process, which does not depend on patients age and length of vertebral column.
 Conclusions. There was constructed a mathematical 3D-model of link between the multiplane deformity severity, age and spinal cord and vertebral growth mismatch coefficient value, which can serve as a perceptive prognostic instrument in diagnosis of idiopathic scoliosis.
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