Pelvic Floor Clinical Trial
Official title:
Correlates of Electrophysiological Activities in Different Pelvic Floor Muscle Groups and Female Pelvic Floor Function
The study aimed to explore and quantify functional and electrical activities in different pelvic floor muscle groups, to differentiate the electrophysiological role in different pelvic floor muscle groups relating to pelvic floor dysfunction or disorders, and further to develop treatment strategies for different pelvic floor muscle groups in different female pelvic disorders.
Female pelvic floor disorders including sexual dysfunction, urinary incontinence, fecal
incontinence, and pelvic organ prolapse are relating to the function of pelvic floor
structures. Essential components responsible for pelvic floor function include bony,
muscular, and fascial structures of the pelvis. Among above components, pelvic floor muscles,
either the superficial or deep group, are considered crucial in maintaining the morphology
and functional integrity of the pelvic floor.
Inspection and digital examination incorporating Oxford grading system during pelvic
examinations are the most convenient and commonly methods applied to evaluate the function of
pelvic floor muscles. Nevertheless, both methods cannot provide quantitative information of
pelvic floor muscle contraction. With the introduction of pelvic floor manometry and
electrophysiological testing, quantification of pelvic floor muscle contractions can be
expected.
The study aimed to explore and quantify functional and electrical activities in different
pelvic floor muscle groups, to differentiate the electrophysiological role in different
pelvic floor muscle groups relating to pelvic floor dysfunction or disorders, and further to
develop treatment strategies for different pelvic floor muscle groups in different female
pelvic disorders.
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