View clinical trials related to Fecal Incontinence.
Filter by:Fecal incontinence is the complaint of involuntary loss of feces. Fecal incontinence affects 2-12% of the adult population. It is a hidden problem - less than one third of the affected persons discuss the problem with their doctor. The condition has a negative effect on quality of life. It is associated with shame and limitation in social life, leisure, occupational and sexual activities. Pelvic floor muscle exercises with or without the use of biofeedback has been recommended and used for the treatment of fecal incontinence over the last decades. Several uncontrolled trials and some controlled trials have shown a positive effect of this training, but most of the trials are small and/or have methodological problems. Therefore there is to day still a lack of sufficient evidence for the effect of pelvic floor muscle exercise as a treatment of fecal incontinence. The aim of this study is to compare the effect of an individual physiotherapeutic supervised pelvic floor muscle training program with a control physiotherapeutic treatment (massage of the neck and back). Both treatments will be given parallel with standard information and guidance given by a nurse specialized in anal incontinence issues. Study hypothesis: Pelvic floor muscle exercises given parallel with standard advice and guidance by a specialized nurse, provides better effect to reducing fecal incontinence than control treatment and standard advice alone.
Aging, birth trauma and extensive pelvic surgery are the causes known to cause advanced pelvic organ prolaspe, fecal as well as urinary incontinence. Surgical treatment is the last resort to manage the above-mentioned clinical manifestations of pelvic floor disorders except the subject is too frail to receive operation. In order to improve the outcome of reconstructive pelvic surgery, reinforcement with synthetic mesh or biological material is the modern trend in pelvic repair. Unfortunately no prosthesis including synthetic or biological is ideal because vaginal erosion with mesh extrusion which is the subject of this protocol and other complications were reported continuously. As per the literature, the rate for mesh vaginal extrusion ranged between 2.4 and 17% when polypropylene which is the most popular synthetic material used for the mid-urethral sling or pelvic reconstructive surgery to date. The causes of this complication are still controversial which include rejection, poor quality of tissue, surgical artifact, material of mesh and etc. A prospective controlled study for the investigation of the cause for mesh vaginal erosion was conducted and the results revealed evidences of immune reactivity after mesh implantation, albeit the evidence was not solid (Am J Obstet Gynecol 2004; 191(6): 1868-1874 ). As per the pilot study initially done by us to determine the biofilm-related-infection, we have found bacterial biofilm could adhere to surfaces and interfaces, i.e. bacteria located in the cells just beneath the contacting surfaces in the electron microscopic (EM) analysis. In addition, soon after bacteria infection, proteins in biofilm undergo conformational changes, making them immunogenic and triggers a typical inflammatory response leading to activation of the complement system. Thus, we plan to use CD (clusters of differentiation) antigens - 4, 8, 20, 25, 40, 68 and quantitative analysis of FoxP3 to determine the function of regulatory T cells in the immune response. In addition, bacterial culture and EM analysis of the excised mesh with surrounding vagina tissue will be performed for further analysis of biofilms.