The application provides a spine
screw placement preoperative planning quality control method, an electronic device and a computer storage medium. By constructing boundary models of key risk objects such as pedicle cortex,
spinal canal,
intervertebral foramen and superior
articular facet joint surface, combining preoperative
screw placement planning data to calculate quantitative indicators such as minimum safety distance, predicted breaking amount and breaking direction, and inputting structured feature vectors and local image features of the planning channel into a
risk assessment model to output
risk assessment results, the safety hazards of
screw placement can be accurately identified for complex cases such as pedicle morphology variation, degeneration or
deformity. At the same time, the deficiencies of the existing planning
system, such as the lack of quantitative
quality control and grading early warning mechanism, can be made up. High-risk planning schemes can be prompted in time, and objective basis for path correction can be provided, so as to improve the accuracy, safety and
standardization of spine screw placement
preoperative planning.