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Query: UMLS:C0033377 (prolapse)
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Urinary incontinence affects 10% to 58% of community-dwelling women and up to 50% of nursing home residents. Prevalence of incontinence appears gradually to increase during young adult life, has a broad peak around middle age, and then a steady increase in the elderly. It has been shown to affect a person's social, clinical, and psychological well-being. The majority of women with incontinence do not seek medical help. The estimated annual direct cost of urinary incontinence alone in women in the United States (in U.S. dollars) is 12.4 billion. The proportion of the United States population over age 75 was 22% in the year 1999 and is expected to grow substantially during the coming decades. Pelvic floor disorders such as urinary incontinence, fecal incontinence, and pelvic organ prolapse affect older women disproportionately. Because of this relationship, it is estimated that the growth in demand for services to care for female pelvic floor disorders will increase at twice the rate of growth of the population over the next 30 years. Approximately 10% of women have surgery for pelvic organ prolapse or urinary incontinence in their lifetime and nearly 30% of these operations are for recurrent disease. This fact suggests that failure rates after surgery for pelvic floor disorders are high, in spite of the introduction of many new surgical diagnostic techniques, tools and operations. Numerous techniques have been developed to evaluate the type and extent of urinary and fecal incontinence and prolapse. A number of treatment options exist, ranging from behavioral to medical and surgical approaches. This document will discuss some of the general issues related to pelvic floor disorders and suggest areas for future research.
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PMID:Pelvic floor disorders in women: an overview. 1581 Jul 15

Some young and active patients requiring abdominoperineal resection for rectum cancer ask for an alternative of an abdominal colostomy. We analysed the results after a combination of a perineal colostomy and antegrade continence enemas (ACE). Fifteen patients have been operated between 1999 and 2004. Follow-up was >six months in 12 patients with a mean of two years and with a maximum of 55 months. The QLQ-C30 (version 3) and CR 38 questionnaires of the EORTC have been used to evaluate quality of life aspects. Five out of 15 patients presented complications: infection of the caecal conduit (2), small bowel obstruction (1), prolapse of the perineal colostomy (1), eventration (1), urologic complications (2). ACE are still used by all patients. The volume needed was 400 ml and duration of irrigation was 30 minutes (15-45 minutes). The median score for faecal incontinence was 0 ; faecal pseudocontinence was obtained by 7/12 patients. The scores for all aspects of functioning were excellent, as well as the score for body image. The general health status and quality of life were estimated at 75% from normal value. The procedure is simple and can be performed in one operative session. A perineal colostomy with ACE seems to be a valuable and less expensive alternative for an abdominal colostomy, and certainly for total anorectal reconstruction.
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PMID:[Perineal colostomy with antegrade continence enemas as an alternative after abdominoperineal resection for low rectal cancer]. 1593 89

Although stapled anopexy for second and third degree hemorrhoids has been widely used since 1998, there are limited long-term data available. We performed an analysis of a prospectively accrued data set of all patients undergoing stapled anopexy in our practice from 1998 through August 2003. Patients were specifically assessed for early and late complications and long-term reoperation rates for anorectal pathology. We performed stapled anopexy in 654 patients (296 females) during the study period. Mean operation time was 21 min (5-70 min), and the postoperative stay was 3.6 days (1-13 days). Early postoperative complications: urinary retention, 42 patients (6.4%); fecal impaction, 18 (2.8%); postoperative hemorrhage, 26 (4.0%); thrombosed external hemorrhoid, four (0.6%); and fistula/abscess, nine (1.4%). Late postoperative complications: anastomotic dehiscence, 21 patients (3.2%); persistence of prolapse in three (0.5%); submucosal anastomotic cysts in four (0.6%); thrombosed external hemorrhoid in two (0.3%); skin tags in ten (1.5%); fissure in six (0.9%); proctitis in two (0.3%); and fecal incontinence in ten (1.5%). Reoperation was required in 50 patients (7.6%). Reoperation for complications within 30 days occurred in 42 patients (6.4%) for the following reasons: bleeding (23), dehiscence (five), thrombosed external hemorrhoid (three), fecal retention (two), fistula (three), fissure (five), and anal papilla (one). Reoperation for anorectal pathology after 30 days was required in 54 patients (8.3%) and was performed for the following: dehiscence/reprolapse (17), stenosis (two), submucous cyst (two), fistula (four), fissure (six), anal papilla (four), skin tags (five), persistent anal itching (five), and miscellaneous (seven). These data represent the largest series of patients with long-term follow-up following stapled anopexy and confirm that the operation is safe in experienced hands using appropriate patient selection. The early complication rate is low and similar to rates reported for excisional hemorrhoidectomy. Importantly, the procedure is associated with a low 3.4% rate of reoperation for persistence or recurrence of hemorrhoidal prolapse with good patient selection.
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PMID:Complications and reoperations in stapled anopexy: learning by doing. 1682 69

Posterior pelvic floor compartment disorders generally refer to functional anorectal disturbances that by definition are symptom-based rather than anatomical defect-based and have a significant impact on quality of life. Symptoms attributed to the posterior compartment are often non-specific and associated with structural, neuromuscular and functional defects giving rise to symptoms of prolapse, pelvic pressure, faecal incontinence, stool trapping and constipation. They may range from mild to incapacitating and occur in varying combinations. While symptoms of constipation and incontinence may conceptually represent the opposing extremes of normal anorectal function, the dynamic interrelationships between the different pathophysiological mechanisms involved in the development of these disorders suggest a more complex explanation. Faecal continence and defecation are dependent on several neurological and anatomical factors that involve coordinated physiological processes, including intestinal transit and absorption, colonic transit, rectal compliance, anorectal sensation and continence mechanism. However, it is well recognized that pelvic floor symptoms originating from one compartment do not imply absent pathology in another compartment. Furthermore, symptoms associated with one disorder (such as constipation related to functional obstructed defecation) can be causative in the sequential development of other pelvic floor disorders, such as a urogenital prolapse syndrome, that may further exacerbate symptoms. In addition, it has been found that treatment that corrects one problem may improve, worsen or even predispose to other symptoms from another compartment. Consequently, while the concept of global pelvic floor dysfunction has emerged, the traditional single speciality referral and evaluation of pelvic floor problems continues to foster potentially segregated management strategies that can overlook the relevance of concomitant symptomatology. The evaluation and treatment of posterior pelvic compartment disorders needs to assume an individualized but multidisciplinary therapeutic approach. Given the variation in surgical approaches described to correct anatomical integrity of posterior pelvic compartment deficits, the consensus on optimal management has yet to be achieved. Therefore, it is critical that outcome measures following surgery are clearly defined. Treatment is to a great extent dictated to by functional severity and the impact that symptoms have on quality of life. Long-term follow-up should ensure that the potential for complications is minimized and satisfactory bowel, bladder and sexual function is maintained.
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PMID:Posterior pelvic floor compartment disorders. 1619 48

The pelvic floor is one of the most complex structures of the human body. Historically, the approach to pelvic floor disease has been "vertical": the anterior compartment was the domain of urologists, the middle compartment was the domain of gynecologists with frequent incursions into the female anterior compartment, and the posterior compartment was reserved for surgeons. In the last few years, a change has occurred in the philosophy underpinning the management of these diseases with the development of an integrative "cross sectional" approach which affects the physiology, physiopathology, and the definition of these diseases as an integrated structure, and which includes urinary and fecal incontinence, pelvic organ prolapse, alterations in the perception of urinary tract emptying, chronic constipation, sexual dysfunctions, and several chronic pain syndromes in the perineal area. We believe that the efforts of the various professionals involved in the treatment of these disorders should be pooled and that pelvic floor units should be created. These units should be characterized by a multidisciplinary approach, since the skills and knowledge necessary for the management of these patients requires teams composed of professionals with a broad range of competencies.
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PMID:[Pelvic floor disease]. 1642 Sep 29

Rectal prolapse or procidentia is a common condition with detrimental effects on continence and social function. One of the most devastating complications for patients suffering from this disorder is fecal incontinence. The psychologic trauma these patients experience can be debilitating. This article provides an overview of rectal procidentia, including a review of the symptomatic presentation, etiology, classification, diagnosis, and treatment.
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PMID:Rectal procidentia: diagnosis and management. 1654 33

Classic bladder exstrophy is characterized by displaced pelvic floor musculature and significant skeletal and genitourinary defects. A paucity of data exist evaluating long-term pelvic floor function in exstrophy patients after ureterosigmoidostomy. This study is an initial attempt to evaluate the prevalence of urofecal incontinence, pelvic organ prolapse, and overall quality of life in patients who have had ureterosigmoidostomies. Fifty-two individuals who underwent ureterosigmoidostomy between 1937 and 1990 were identified through the Ureterosigmoidostomy Association and the Johns Hopkins bladder exstrophy database and mailed questionnaires approved by the Institutional Review Board (Johns Hopkins). Data were analyzed with SigmaStat 3.0 (SPSS, Inc., Chicago, IL). Eighty-three percent of the subjects responded, with a mean age of 44.4 years (range, 14-73 years) and mean of 40.9 years (range, 14-65 years) after ureterosigmoidostomy. Prevalence of daily urinary and fecal incontinence was 48% (n = 20) and 26% (n = 11), respectively, whereas the prevalence of weekly combined urofecal incontinence was 63% (n = 27). The incidence of pelvic organ prolapse in this cohort was 48% (n = 20). In these patients, a significant risk of urofecal incontinence and pelvic organ prolapse exists. Long-term follow-up studies are needed to understand the role of pelvic floor musculature in this complex birth defect.
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PMID:An initial evaluation of pelvic floor function and quality of life of bladder exstrophy patients after ureterosigmoidostomy. 1662 10

Pelvic organ prolapse, a condition in which the ligaments and muscles that suspend the vagina within the pelvic cavity weaken or break, is a frequent cause of urinary and fecal incontinence. Stigma, embarrassment and the belief that pelvic organ prolapse is a natural part of aging prevents many women from seeking treatment. Medical imaging modalities such as defecography, dynamic magnetic resonance imaging and ultrasound help health care providers make effective treatment decisions.
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PMID:Pelvic organ prolapse. 1670 87

A urogynecologist's examination typically includes assessment of the abdominal musculature, including the determination of whether a diastasis recti abdominis (DRA) is present. The purposes of the current study were to examine the (1) prevalence of DRA in a urogynecological population, (2) differences in select characteristics of patients with and without DRA, and (3) relationship of DRA to support-related pelvic floor dysfunction diagnoses. A retrospective chart review was conducted by an independent examiner. Fifty-two percent of the patients examined presented with DRA. Patients with DRA were older, reported higher gravity and parity, and had weaker pelvic floor muscles than patients without DRA. Sixty-six percent of all the patients with DRA had at least one support-related pelvic floor dysfunction (SPFD) diagnosis. There was a relationship between the presence of DRA and the SPFD diagnoses of stress urinary incontinence, fecal incontinence, and pelvic organ prolapse.
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PMID:Prevalence of diastasis recti abdominis in a urogynecological patient population. 1686 59

Pregnancy and parturition have been implicated in the development of pelvic floor dysfunction. These disorders include urinary incontinence, fecal incontinence, pelvic organ prolapse, and other pelvic and sexual dysfunctions. The urologist caring for women with urinary dysfunction needs to be familiar with the causes of pelvic floor dysfunction and their implications. Defects of the pelvic floor have clearly resulted from the traumatic effect of vaginal delivery. The likely mechanisms of injuries during vaginal delivery involve stretching and compression of the pudendal nerve and peripheral branches, as well as an additional tearing of muscles and connective tissue. Optimal management of labor and optimal techniques of repair of unavoidable sphincteric lacerations, ante- and postpartum pelvic floor muscle conditioning, and timely and proper indications for cesarean delivery will minimize the effect of incidental traumatic delivery.
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PMID:A urogynecologist's view ofthe pelvic floor effects of vaginal delivery/cesarean section for the urologist. 1695 77


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