METHOD TO DETECT INSTABILITY OF SPINAL MOTION SEGMENTS IN THE CERVICAL SPINE Russian patent published in 2019 - IPC A61B6/02 A61B6/04 

Abstract RU 2701760 C2

FIELD: medicine.

SUBSTANCE: invention refers to medicine, namely to radiation diagnostics, X-ray radiography, and can be used for investigation to detect instability of spinal motion segments in the cervical spine. Functional X-ray imaging is performed in the lateral projection in patient's position "standing" with flexion and extension of cervical spine. Functional X-ray imaging is carried out with burdening using weight of 500 grams, fixed on the patient's head. That is followed by X-ray images in the lateral projection with flexion of the cervical spine – an inclination angle of 45 degrees and extension of 15 degrees, determined by means of a protractor. An index of instability P of the spinal motion segments is determined by the mathematical expression P=L1+L2, where P is an instability index, L1 is the maximum length of vertebral displacement when performing functional tests, L2 is the smallest length of vertebral displacement when performing functional tests. When in position of flexion and extension of cervical spine displacement of vertebra occurs only in one direction, then P represents difference of length of displacements. Then, additionally on the roentgenograms, a height change in the anterior and posterior regions of the intervertebral disks of the cervical spine is detected, pathological mobility of the spinal motion segments in the form of displacements of adjacent vertebras, deformation of the anterior wall of the spinal canal at the level of displacement.

EFFECT: earlier and objective determination of "latent" instability of spinal motion segments in cervical spine, timely adequate treatment of degenerative-dystrophic process and pain syndrome relief.

1 cl, 5 dwg

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RU 2 701 760 C2

Authors

Kirienko Anna Nikolaevna

Sorokovikov Vladimir Alekseevich

Goreva Olga Valerevna

Pozdeeva Nadezhda Alekseevna

Pichugina Ulyana Vladimirovna

Dates

2019-10-01Published

2018-02-13Filed