Rectal Tear Research Articles

Management of Rectal Injuries Sustained During Laparoscopic Radical Prostatectomy

To report on a treatment algorithm for the management of rectal injures. Rectal injuries during laparoscopic radical prostatectomy (LRP) are rare. In the first 200 cases of LRP performed at our institution, 2 (1%) rectal injuries occurred. Our experience prompted collaboration with our colorectal surgery colleagues to develop a treatment algorithm for the management of such injuries. We report on the management of rectal injuries sustained during LRP at our institution. We describe the intraoperative laparoscopic repair of a rectal tear using a 2-layer interrupted closure with absorbable suture. The conservative, nonoperative, management of a rectourethral fistula in a patient who presented after LRP is also described. Collaboration with our colorectal surgery colleagues resulted in the formulation of a treatment algorithm for intraoperative and postoperative presentations of rectal injury during LRP. The algorithm is presented. Of the first 200 cases of LRP at our institution 2 (1%) were complicated by rectal injury. Injuries recognized intraoperatively should be managed laparoscopically if the operating surgeon is adept at intracorporeal suturing. Small rectourethral fistulas can be managed conservatively with urinary catheterization or diversion and antibiotics as needed. Rarely, rectal injuries sustained during LRP will require fecal diversion; injuries that fail to heal despite fecal diversion require operative repair. Rectal injuries incurred during LRP are rare but must be managed successfully to minimize morbidity. Rectal tears recognized intraoperatively can be managed laparoscopically. The development of a rectourethral fistula is a potential complication of LRP. Most fistulas can be managed conservatively with urinary catheterization or diversion. Rarely, rectal injuries that occur during LRP require fecal diversion or definitive operative repair.

High Levator Myorrhaphy for Transvaginal Suspension of the Vaginal Apex: Long-Term Results

We evaluated the long-term outcome and complications of high levator myorrhaphy for vaginal apical defects. A total of 286 patients underwent high levator myorrhaphy. Patients underwent preoperative and postoperative urogynecologic assessment, including evaluation of prolapse stage according to the international pelvic organ prolapse staging system and conventional urodynamic testing. Quality of life was evaluated using the prolapse quality of life questionnaire. We considered failure as vaginal prolapse stage 2 or greater according to the pelvic organ prolapse staging system. A total of 272 patients with a mean age of 60.4 years were available for analysis. Mean followup was 5 years. In 247 patients we associated tension-free cystocele repair with Marlex mesh. In 50.7% of patients high levator myorrhaphy was done with curative intent, while in the remaining 49.3% it was a preventive measure. Complications included a rectal tear in 2 cases, Marlex mesh erosion in 23 (8.4%), vaginal vault abscess in 1, pararectal hematoma in 2 and buttock pain in 2. Anatomical evaluation at followup revealed a 96.7% cure rate for apical defects and a 26.8% incidence of cystocele. We observed improvement in filling, voiding and post-void symptoms. Quality of life evaluation showed improvement in all domains. We detected a 9.6% incidence of de novo dyspareunia. High levator myorrhaphy is a safe and effective procedure for preventing and curing vaginal apical defects. The simplicity of this surgical procedure, its short learning curve, the lack of severe complications and its low costs combined with symptomatic relief and improvement in quality of life encourage its use for the cure and routine prevention of vaginal apical prolapse.

Surgical Technique to Repair Grade IV Rectal Tears in Post‐Parturient Mares

To describe a surgical technique for repair of grade IV rectal tears after parturition in mares and to report outcome. Clinical report. Horses (n=6) with grade IV rectal tears. Mares were sedated and restrained in standing stocks. After caudal anesthesia and evacuation of feces from the rectum, the perineal region was aseptically prepared. Four stay sutures were placed through the external anal sphincter before vertical transection (12 o'clock). Caudal retraction of the tear was performed using Allis tissue forceps (5 mares) or stay sutures before accurate apposition of the tear margins with steel staples below the tissue forceps. The mucosal edges were then sharply dissected leaving approximately 5 mm edges which were apposed in a single layer (2-0 poliglecaprone 25) before stapler release. In 1 mare, the rectal tear was identified and apposed using a 2-layer hand-sutured closure. Systemic antibiotics and anti-inflammatory agents were administered postoperatively (5 mares) and standing abdominal lavage performed (3 mares). Four mares survived long term and subsequently became pregnant. Immediately after surgical repair, 1 mare was anesthetized for exploratory celiotomy and abdominal lavage but fractured her pelvis during recovery from anesthesia and was euthanatized. A 2nd mare was euthanatized after 72 h because of severe diffuse peritonitis; however, the repair was still intact. In standing mares, rectal tears can be exteriorized by prolapse through the anal sphincter after sphincterotomy and repaired in 2 layers with staples oversewn with a continuous suture pattern. Rectal tears occurring as a result of parturition can potentially be repaired efficiently using an oversewn stapled primary closure technique.

Colic Part 7: Rectal examination 5: Management of rectal tears

RISK FACTORS Young animals are at greater risk, owing to their size, reluctance to submit to rectal examination and tendency to excessive straining. Similarly, ponies and Arabs are also at greater risk because of size and temperament differences (Fig. 1).The latter may also have a smaller rectum relative to their size. Male animals are at higher risk than females because the indications for rectal examination are far fewer and animals are not as accustomed to the procedure.

Influence of age, sex, breed on the occurrence of rectal tears: 99 cases (1985–2006)

Enteropathy associated with sand accumulation in the large colon of horses has been reported worldwide. Intestinal sand accumulations are commonly treated medically, but randomised controlled clinical trials on horses are scarce. This prospective study evaluated the efficacy of an enterally administered combination of psyllium and magnesium sulphate (MgSO4) for the removal of large colonic sand accumulations in horses without clinical signs of acute colic. The two groups comprised 20 untreated control horses and 20 horses treated with 1 g/kg bodyweight (bwt) of psyllium and 1 g/kg bwt of MgSO4 administered by nasogastric intubation once daily for 4 days.Both groups had no access to soil during the study period. The amounts of accumulated sand were evaluated radiographically before and after treatment. Significantly more treated horses cleared their sand accumulations than horses in the control group. This clearance was determined by observing the estimated quantity by area of sand remaining in the large colon (P < 0.001) and by comparing the numbers of successfully treated horses (P = 0.004) between the two groups after 4 days of treatment. However, there were unexplained individual variations in the clearance of sand accumulation.

Electrosurgery as the sole means of haemostasis during the laparoscopic removal of pathologically enlarged ovaries in mares: a report of 55 cases

There is little published clinical evidence on the use of a laparoscopic approach for the removal of pathologically enlarged ovaries in standing mares. To show the orders of success and complication rates that can be expected if pathologically enlarged ovaries are removed from standing, sedated mares under laparoscopic guidance using only electrosurgical means of haemostasis. A retrospective analysis was made of 55 mares in which the removal of an enlarged ovary was attempted by applying a standard laparoscopic procedure for routine ovariectomy in standing mares including a reliance solely on one of 2 types of electrosurgical bipolar forceps with an integrated guillotine for haemostasis and transection of the ovarian pedicle. The outcomes and complications encountered were recorded. Logistic regression analysis was performed to identify the risk of any complications associated with the size of the ovary removed and the instrument used. In 54 of the 55 mares, the surgery was successfully accomplished by the planned approach. In one mare there was significant intraoperative haemorrhage and this necessitated the additional use of a prosthetic haemostatic device. The only other complications encountered were post operative abdominal discomfort (n = 9), delayed incisional wound healing (n = 6) and iatrogenic uterine puncture (n = 2). One mare developed a rectal tear, but not as a direct complication of the surgical procedure. None of these prevented a long-term successful outcome. The removal of pathologically enlarged ovaries (up to 30 cm diameter) from mares under standing sedation can be accomplished predictably and safely by applying the standard laparoscopic approach that is established for routine laparoscopic ovariectomy, including a reliance solely on endoscopic electrosurgery instruments for haemostasis of the ovarian pedicle. This study shows that the simple standing laparoscopic technique now favoured for routine ovariectomy can be used safely and reliably for the removal of pathologically enlarged ovaries. This promises to be of significant clinical advantage to mares so affected.

Transanal evisceration of bowel loops due to blunt trauma

A rare case of a five-year-old boy who sustained closed abdominal trauma with rectal tear and evisceration of ileum and sigmoid colon per anum, is presented. He was managed successfully with resection anastomosis of ileum and sigmoid colostomy, which was closed subsequently. The relevant literature is also reviewed.

Concentrations of serum amyloid A and lipopolysaccharide-binding protein in horses with colic

To determine concentrations of 2 acute-phase proteins (serum amyloid A [SAA] and lipopolysaccharide-binding protein [LBP]) in serum samples obtained from horses with colic and identify relationships among these acute-phase proteins and clinical data. 765 horses with naturally developing gastrointestinal tract diseases characterized by colic (ie, clinical signs indicative of abdominal pain) and 79 healthy control horses; all horses were examined at 2 university teaching hospitals. Serum concentrations of SAA and LBP were determined by immunoturbidometric and dot-blot assays, respectively. SAA and LBP concentrations were determined for 718 and 765 horses with colic, respectively. Concentrations of SAA were significantly higher in nonsurvivors than in survivors, and horses with enteritis or colitis and conditions characterized by chronic inflammation (eg, abdominal abscesses, peritonitis, or rectal tears) had SAA concentrations significantly greater than those for horses with other conditions. Serum concentrations of LBP did not correlate with outcome, disease process, or portion of the gastrointestinal tract affected. Circulating concentrations of SAA were significantly higher at admission in horses with colic attributable to conditions having a primary inflammatory cause (eg, enteritis, colitis, peritonitis, or abdominal abscesses) and were higher in horses that failed to survive the episode of colic, compared with concentrations in horses that survived. Serum concentrations of LBP did not correlate with survival. Analysis of these findings suggests that evaluation of SAA concentrations may be of use in identifying horses with colic attributable to diseases that have inflammation as a primary component of pathogenesis.

Use of laparoscopic-assisted jejunostomy for fecal diversion in the management of a rectocutaneous fistula in a dog

A 2-year-old female Siberian Husky was referred for evaluation of a rectocutaneous fistula of unknown etiology. On evaluation, a rectal tear and an associated perivulvar abscess and draining tract were identified. Several attempts were made to repair the rectocutaneous fistula and associated rectal tear. Primary repair and fascia lata graft repair failed. Successful management was achieved via a laparoscopic-assisted end-on jejunostomy for fecal diversion, and the wound healed readily by second intention. During the period of hospitalization, the dog lost a considerable amount of weight. Particular care should be taken regarding fluid therapy, administration of antimicrobials, and adequate nutrition in patients with rectocutaneous fistulas. Overall, the use of laparoscopic-assisted end-on jejunostomy for fecal diversion in the management of rectocutaneous fistulas in dogs appears to be feasible; end-on or loop jejunostomy may also be an option for the treatment of other diseases of the distal portion of the gastrointestinal tract.

Complications of laparoscopic radical cystectomy during the initial experience.

Radical cystectomy is the standard of care for patients with muscle invasive bladder cancer. While open radical cystectomy is now a standard procedure, laparoscopic radical cystectomy is still in its infancy. We performed this surgery laparoscopically in 11 patients and review the procedure specific complications. Beginning in February 1999, 11 patients underwent laparoscopic radical cystectomy at the Department of Urology, All India Institute of Medical Sciences, New Dehli. Urinary diversion was performed by an open-hand sewn ileal conduit. There were three intraoperative complications specifically related to the laparoscopic radical cystectomy. These included injury to the external iliac vein in one patient and a small rectal tear in two. All were repaired with laparoscopic free hand suturing with normal postoperative recovery. Other laparoscopy-related complications were subcutaneous emphysema in one patient and hypercarbia necessitating conversion to open surgery in a patient who, four weeks after surgery, died of multiple organ failure. One patient had margins positive and received cisplatinum-based chemotherapy. All patients had normal renal function and preserved upper tracts with no evidence of metastasis at a mean of 18.4 months follow up (range 1-48 months). Though there were three complications specific to the laparoscopic radical cystectomy, none necessitated a conversion to open surgery or hampered the overall outcome. Absence of local recurrence or metastatic disease at four years of follow up suggests that the procedure is oncologically valid. Laparoscopic radical cystectomy is a new procedure and it is important to critically analyze the complications in order to reduce their occurrence and allow the development of a better technique.

Laparoscopic surgical technique for repair of rectal and colonic tears in horses: An experimental study

To determine the efficacy of laparoscopic surgical techniques for repair of rectal lacerations in horses. Experimental study. Thirty-two segments of equine bowel placed in an equine pelvitrainer, 8 equine cadavers, and 3 normal horses. In experiment 1, 3 laparoscopic intestinal-repair techniques were evaluated in an equine pelvitrainer: suturing with needle holders, with an automatic suture device, and stapling with a hernia stapler. In experiment 2, descending colon lacerations were sutured laparoscopically using needle holders in a pelvitrainer and in equine cadavers. In experiment 3, iatrogenic rectal lacerations were sutured laparoscopically with needle holders in horses under general anesthesia. These horses were evaluated for 7 days' postoperatively by clinical examination and blood and peritoneal fluid analysis. The horses were euthanatized 7 days' postoperatively and necropsied. The repaired colonic segments were collected for determination of bursting pressures, degree of luminal narrowing, and microscopic examination of the suture line. For the 3 techniques, there was no significant difference in repair time or degree of luminal narrowing, but bursting pressure was higher in segments repaired by use of needle holders or with the suture device. Colonic and rectal lacerations were sutured successfully with laparoscopic needle holders. No major complications were recorded. At necropsy, adequate healing was confirmed by a high bursting strength (>140 mm Hg) and by histologic examination. A novel laparoscopic method can be used to repair iatrogenic rectal lacerations in horses. Whether this method may be used for clinical cases of rectal tears must be investigated.

Treatment of rectal tears in 85 horses presented to the Texas Veterinary Medical Center

Treatment of rectal tears in 85 horses presented to the Texas Veterinary Medical Center

Treatmentof grade 3rectal tears in horses by direct suturingper rectum

Treatment<i>of grade 3</i>rectal tears in horses by direct suturing<i>per rectum</i>

Repeated manual evacuation for treatment of rectal tears in four horses

Repeated manual evacuation for treatment of rectal tears in four horses

Rectal tears of horses

Rectal tears of horses

A new laparoscopic method to repair rectal tears

A new laparoscopic method to repair rectal tears

Surgical management of rectal and jejunal tears associated with dystocia in a cow

The rectal and jejunal tears associated with dystocia in a cow were treated surgically. The cow developed peritonitis which was treated medically. It recovered, was successfully rebred and delivered a...

Management of Rectal Tears

Rectal tears have important medicolegal implications, and severe tears have a poor prognosis. Prompt diagnosis, immediate application of first aid measures, early referral, use of appropriate definitive treatments, and aggressive aftercare will improve the prognosis. The grade of rectal injury will determine the definitive treatment, but there are few guidelines to determine which treatment is best in each case. Bypass procedures, such as colostomy and indwelling rectal liner, have their own advantages and disadvantages, but can facilitate healing and prevent life-threatening complications if they are used with minimum delay. Suture of the tear can be difficult, but should be attempted to hasten healing and to prevent progression of the tear to a more severe injury.

ANORECTAL DISORDERS

Anorectal disorders are commonly encountered in the practice of emergency medicine. Most can be diagnosed and treated in the emergency department setting. Almost all anorectal disorders once diagnosed and treated in the emergency department need appropriate follow-up to ensure adequacy of treatment, for further possible diagnostic procedures (e.g., endoscopy, biopsy), or for definitive treatment. Hemorrhoids are the most prevalent anorectal disorder and are the most common cause of hematochezia. Treatment is dependent on the degree of hemorrhoid prolapse and symptoms. Most cases can be treated by conservative medical treatment (e.g., dietary changes, sitz baths) or nonsurgical procedures (e.g., rubber band liagation, infrared coagulation). Surgical excision of symptomatic thrombosed external hemorrhoids is indicated if within 48 to 72 hours of pain onset. Anal fissures are one of the most common causes of anorectal pain. They are most frequently idiopathic, and most are located in the posterior midline of the anal canal. Most anal fissures are adequately treated by a medical approach using sitz baths, stool softeners, and analgesics. If the anal fissure becomes chronic and is not responsive to medical therapy, a lateral sphincterotomy of the internal anal sphincter is the surgical procedure of choice. Pharmacologic treatment (botulinum toxin or nitroglycerin ointment) to decrease internal anal sphincter tone has shown promise in the treatment of anal fissure. Anorectal abscesses are categorized into four types: perianal, ischiorectal, intersphincteric, and supralevator. Most are idiopathic and contain mixed aerobic-anaerobic pathogens. Fistula formation varies from 25% to 50% and is much more common with gut-derived organisms (e.g., E. coli, B. fragilis). Definitive treatment for an anorectal abscess is timely surgical incision and drainage to prevent more serious complications (e.g., serious infection, extension of the abscess). Anal carcinomas are infrequent, the majority of them being squamous cell or epidermoid carcinomas. The emergency physician must maintain a high index of suspicion and obtain a biopsy of suspicious lesions in order not to miss the diagnosis of a cancer. The most common presenting complaint of anal tumors is rectal bleeding. Combination chemotherapy and radiotherapy have shown promising results in the treatment of anal canal tumors. Bacterial, viral, and protozoal infections can be transmitted to the anorectum via anoreceptive intercourse. Such infections must be considered when a patient presents with rectal pain or discharge, tenesmus, or rectal or perineal ulcers. Proctosigmoidoscopy and rectal cultures may be necessary to determine the cause. Potential rectal complications of HIV infection include infectious diarrhea, acyclovir-resistant strains of HSV2, Kaposi's sarcoma, lymphoma, and squamous cell carcinoma. Rectal injuries may result from penetrating or blunt trauma, iatrogenic injuries, or foreign bodies. Rectal injury should be suspected when a patient presents with low abdominal, pelvic, or perineal pain or blood per rectum after sustaining trauma or undergoing an endoscopic or surgical procedure. Tetanus prophylaxis, intravenous antibiotics, and surgical intervention are indicated in all but superficial rectal tears.

Loop colostomy for treatment of grade-3 rectal tears in horses: seven cases (1983-1994)

Objective— To determine the feasibility of performing a single-incision loop colostomy for treatment of grade-3 rectal tears in horses. Design— Retrospective case series. Animals— Seven adult horses with grade-3 rectal tears. Procedure— A single-incision loop colostomy was performed with horses under general anesthesia (n = 6) or while restrained in standing stocks (n = 1). The rectal tear was lavaged via an endoscope. The colostomy was resected after the rectal tear healed. Results— Rectal tears ranged from 4 to 10 cm in diameter and were &gt; 25 cm proximal to the anus. All horses survived colostomy surgery. One horse was euthanatized at the request of the owner 1 day after surgery. Six horses underwent colostomy resection 13 to 30 days after colostomy. All horses had evidence of atrophy of the distal portion of the small colon, predisposing to impaction at the small colon anastomosis in 2 horses. One horse was euthanatized while hospitalized because of severe recurrent colic. Five horses were discharged from the hospital 31 to 45 days after admission. One horse was euthanatized 60 months after discharge from the hospital because of severe colic, and 4 horses were alive at the time of follow-up evaluation (3 to 12 months after discharge). Clinical implications— The prognosis for horses with grade-3 rectal tears treated by colostomy appears to be favorable.