Evaluation method and device used for evaluating index parameters of internal carotid artery blood vessels

Abstract

The invention discloses an evaluation method used for evaluating index parameters of the internal carotid artery blood vessels. The evaluation method comprises the following steps: an acquiring step,namely, acquiring blood flow velocity wave signals of the internal carotid artery blood vessels, blood vessel image figures, pressure wave signals of the blood of the internal carotid artery blood vessels for the blood vessel walls and electrocardiosignals of the human body; and a processing step, namely, processing the blood flow velocity wave signals, the pressure wave signals, the electrocardiosignals and the blood vessel image figures according to the hemodynamics and image processing software, thus obtaining the index parameters of the internal carotid artery blood vessels, and carrying out scoring on the index parameters of the internal carotid artery blood vessels according to the index parameter range preset for the system and the scoring model obtaining corresponding scoring results. The invention further discloses an electronic device and a computer storage medium. According to the method and the device, by increasing the detection for the morphological structure of the bloodvessels and the scoring mechanism, the defect of blind detection for the internal carotid artery blood vessels due to the fact that only hemodynamics is adopted for carrying out detection is avoided.

Description

technical field [0001] The invention relates to medical detection, in particular to an evaluation method for evaluating internal carotid artery index parameters, electronic equipment and a storage medium. Background technique [0002] At present, the hemodynamic detection method is usually used for the detection of the internal carotid artery, which has been clinically used for more than 20 years and has been generally recognized. Generally, the hemodynamic indicators of blood vessels are detected. For example, the blood flow rate in the blood vessel is detected by the flow rate probe, and then the pressure of the blood on the blood vessel wall is detected by the pressure probe, and then the data is analyzed according to the hemodynamic calculation formula. Finally, the corresponding data indicators are obtained, but this detection method is a blind detection method because it cannot see the image of the blood vessel, which is not intuitive enough and the results are not acc...

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Problems solved by technology

Generally, the hemodynamic indicators of blood vessels are detected. For example, the blood flow rate in the blood vessel is detected by the flow rate probe, and then the pressure of the blood on the blood vessel wall is detected by the pressure probe, and then the data is analyzed according to the hemodynamic calculation formula. Finally, the corresponding data indicators are obtained, but this detection method is a blind detection method because it cannot see the image of the blood vessel, which is not intuitive enough and the results are not accurate enough; moreover, the detection results involve professional index data, which is difficult for the operator. High professional requirements, not suitable for general promotion

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