Comparative Effectiveness of Hydrotherapy and Land-Based Exercise on Pelvic Floor Muscle Endurance in Pregnant Women: A Retrospective Comparative Study
Comparative Effectiveness of Hydrotherapy and Land-Based Exercise on Pelvic Floor Muscle Endurance in Pregnant Women: A Retrospective Comparative Study
The goal of this retrospective study is to compare the effects of hydrotherapy and land-based exercise on pelvic floor muscle endurance in pregnant women. The main question it aims to answer is whether pelvic floor muscle endurance differs between women who participated in hydrotherapy and those who participated in land-based exercise.
Researchers will compare existing clinical records of pregnant women who received hydrotherapy or land-based exercise. The study will examine pelvic floor muscle endurance measured using the Modified Oxford Grading (MOG) and other available pelvic floor assessments.
The study will use information already recorded during routine care. No new exercise program or treatment will be given as part of this retrospective study.
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Pelvic floor muscles support the bladder, bowel, and reproductive organs and play an important role in maintaining pelvic floor function during pregnancy. Pregnancy can place increased demands on these muscles because of changes in body weight, posture, hormonal changes, and pressure on the pelvic floor.
Exercise during pregnancy may help maintain pelvic floor muscle function. Hydrotherapy provides exercise in water, where buoyancy can reduce the load on the body and may allow pregnant women to exercise with greater comfort. Land-based exercise is another commonly used approach for maintaining physical function during pregnancy. However, it is not clear whether hydrotherapy and land-based exercise are associated with different levels of pelvic floor muscle endurance.
This retrospective study will review existing clinical records of pregnant women who participated in hydrotherapy or land-based exercise. The researchers will compare the available pelvic floor muscle assessment findings between the two groups to determine whether pelvic floor muscle endurance differs between the exercise approaches.
The findings may provide information about the potential role of hydrotherapy and land-based exercise in maintaining pelvic floor muscle function during pregnancy. The results may also help physiotherapists make informed decisions when selecting exercise approaches for pregnant women.