2 results about "Detrusor muscle" patented technology

The application provides a transcutaneous tibial nerve stimulation method and system based on an adaptive algorithm, an electronic device and a readable storage medium, and belongs to the technical field of nerve electrical stimulation. The method comprises the following steps: obtaining an individual physiological characteristic baseline of a subject, which represents the occurrence regularity of bladder activity instability events of the subject in a preset time period; acquiring current physical activity data of the subject in real time, and identifying characteristic pre-activities associated with instability events based on the individual physiological characteristic baseline to predict the occurrence time of instability events; triggering an electrical stimulation pulse for intervention before the occurrence time to inhibit abnormal activity of the bladder detrusor; acquiring feedback data after the intervention and dynamically adjusting the individual physiological characteristic baseline and / or the electrical stimulation pulse output parameter to perform individual closed-loop calibration regulation on the subject. The application realizes dynamic prediction and intervention of individual bladder activity through an adaptive closed-loop intelligent stimulation strategy.

The application relates to the technical field of image processing, in particular to a bladder cancer contour drawing method and system based on ultrasonic images. The method comprises the following steps: acquiring bladder ultrasonic images and contrast images under each view angle; obtaining a muscle layer infiltration depth factor according to the shape, length and surrounding pixel gray scale of blood vessels in each region in the ultrasonic images, and determining a deviation error factor of each region under each view angle; obtaining a pulling error sensitive factor according to the volume change of the bladder cavity, the distance between the tumor region and the texture region of the urinary muscle bundle, the overall tumor displacement direction and the local muscle bundle main direction in each frame of the bladder ultrasonic images under each view angle, and then obtaining the registration error cumulative value of each region under each view angle; and comprehensively obtaining a drawing error coefficient by combining the deviation error factor, the registration error cumulative value and the pulling error sensitive factor, adjusting an initial edge reservation parameter, and obtaining a bladder cancer contour drawing result. The application improves the accuracy of the bladder cancer contour drawing result.