Abstract
In order to explore the effect of exercise nursing intervention for pelvic floor muscle function recovery at 42 days postpartum, this paper conducts experimental research through controlled experiments, combines statistical methods to carry out digital processing, and sets a single variable of nursing intervention to provide a basis for experimental control, and statistical test results are used for effect evaluation. It has been discovered via experimental study that pelvic floor muscle function recovery exercise training for normal delivery women may enhance the mother's compliance with the pelvic floor muscle function exercise. Moreover, it can reduce the occurrence of urinary incontinence and pelvic organ prolapse, improve the postpartum pelvic floor function of postpartum women, improve the quality of life, and have a significant recovery effect. In addition, it is a simple, noninvasive, and highly safe continuation nursing measure, which can effectively improve the quality of obstetric care and has strong clinical use value.
Highlights
Female pelvic floor dysfunction is known as pelvic floor defect or pelvic floor support tissue laxity, and the incidence of this disease in middle-aged and elderly women is about 20%-40%
Various causes such as pregnancy, childbirth, pelvic floor surgery, drugs, and estrogen deficiency lead to weak pelvic floor support, which in turn leads to the displacement of pelvic organs and causes abnormal positions and functions of other pelvic organs
The compliance of pelvic floor muscle training is affected by many factors, mainly affected by the patient’s own factors, physical conditions, and medical and socioeconomic conditions, among which patient factors are the main factors affecting the compliance of pelvic floor muscle training
Summary
Female pelvic floor dysfunction is known as pelvic floor defect or pelvic floor support tissue laxity, and the incidence of this disease in middle-aged and elderly women is about 20%-40%. It is very necessary to actively explore the pelvic floor muscle training compliance of women with postpartum urinary incontinence and its influencing factors to provide theoretical guidance for future pelvic floor muscle training intervention [3]. Physiological changes during pregnancy and childbirth cause increased abdominal pressure and decreased collagen in the supporting structure of the pelvic floor, which reduces the muscle strength of the pelvic floor and relaxes the supporting tissues of the pelvic floor. This is a prone stage of pelvic floor dysfunction diseases. Electrical stimulation and biofeedback intervention can produce electrical stimulation to the pelvic floor muscles, aiming to better promote the recovery of maternal pelvic floor function
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