Total uterus resection postoperative recovery information control training system and method

Abstract

The invention belongs to the technical field of information processing, and discloses a total uterus resection postoperative recovery information control training system, which comprises a Kegel training module used for performing Kegel movement after 3 days of the operation; a reverse abdominal respiration training module used for carrying out reverse abdominal respiration training under the condition that the wound is well healed after operation for one month; a practice module used for practicing the reverse abdominal respiration method to be matched with Kegel exercise and also can be matched with vagina dumbbell practice; an evaluation module used for carrying out PHENIX USB2 pelvic floor muscle evaluation; and a muscle training module used for carrying out passive training and active training on pelvic floor muscles through an 8-channel PHENIX USB4. A standard pelvic floor muscle training method is provided, FSD is prevented, long-term complication FDP caused by the total hysterectomy is further prevented, long-term monitoring and health care are carried out on the pelvic floor function of a woman through a long-term follow-up system, and data are provided for further research on the influence of pelvic floor muscle training on FDP.

Description

technical field [0001] The invention belongs to the technical field of information processing, and in particular relates to a recovery information control training system after total hysterectomy. Background technique [0002] At present, the closest existing technology: the incidence of benign uterine lesions increases year by year, and has a younger trend. In order to achieve a complete cure, more and more patients who are not very old and have no fertility requirements tend to choose total hysterectomy. After total hysterectomy, the anatomical structure and innervation of the pelvic floor are destroyed, the defects of the upper vagina are not improved, and it is easy to relapse, especially fornix prolapse; the vagina is narrowed and its function is affected. Pelvic floor function is closely related to sexual arousal disorder, orgasmic disorder, and dyspareunia. Studies in the prior art have shown that the short-term impact of transabdominal non-prolapsed hysterectomy on...

AI Technical Summary

Problems solved by technology

[0008] To sum up, the existing problems in the prior art are: the existing rehabilitation training method takes a long time to treat, and the effect is slow and the effect is not good.

Prior art studies have shown that the short-term impact of transabdominal non-prolapsed hysterectomy on female pelvic floor function is to cause urinary incontinence, cause vaginal relaxation, and reduce pelvic floor muscle strength

Although our hospital has purchased a pelvic floor rehabilitation therapy device, for patients after hysterectomy, there are still problems such as vaginal involuntary contraction, inability to cooperate with treatment or poor treatment effect.

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