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After esophagectomy in which a surgical jejunostomy is performed, there is a small group of patients whose jejunostomy tube has been removed who require late postoperative nutritional support. For these patients, a percutaneous replacement jejunostomy technique is described that is simple and safe and that allows for enteral alimentation.
BACKGROUND: The provision of perioperative immune modulating enteral feeds after major surgery may result in reduced infective complications, but meta-analyses have not demonstrated a survival advantage. The aim of this study was to determine whether early postoperative immune modulating jejunostomy feeding results in reduced infective complications in patients undergoing resectional surgery for upper gastrointestinal cancer. METHODS: A total of 120 patients undergoing resection for cancers of the pancreas, oesophagus and stomach were randomized in a double-blind manner to receive jejunostomy feeding with an immune modulating diet (Stresson-Group A) or an isonitrogenous, isocaloric feed (1250 Calories and 75 g protein/l--Nutrison High Protein-Group B) for 10-15 days. Feeding was commenced 4h postoperatively and continued for 20 h/day. The target volume (ml/h) was 25 on day 0, 50 on day 1, and 75 thereafter. Outcome measures included complications, hospital stay and mortality. RESULTS: A total of 108 patients (54 in each group) were analysed. Feed delivery, although less than targeted, was similar in both groups. There were 6 (11%) deaths in each group. Median (IQR) postoperative hospital stay was 14.5 (12-23) days in Group A and 17.5 (13-23) days in Group B (P=0.48). A total of 24 (44%) patients in each group had infective complications (P=1.0). A total of 21 (39%) patients in Group A and 28 (52%) in Group B had non-infective complications (P=0.18). Jejunostomy-related complications occurred in 26 (48%) patients in Group A and 30 (56%) in Group B (P=0.3). CONCLUSION: Early postoperative feeding with an immune modulating diet conferred no outcome advantage when compared with a standard feed.
Hepaticocutaneous jejunostomy offers the advantage of permanent percutaneous access to the biliary tract in patients with complex biliary problems. The long-term value, however, has not been assessed. In 41 patients who underwent this procedure for intrahepatic stones, there was no hospital mortality, and the postoperative morbidity rate was 10%. The presence of the cutaneous stoma facilitated postoperative flexible choledochoscopy for dilatation of biliary strictures and extraction of residual stones. On follow-up, symptoms recurred in 12 patients (29%) at a median time of 27 months (range: 1 to 97 months). Reconstruction of the cutaneous stoma and flexible choledochoscopy via the jejunal loop helped to resolve the acute cholangitis (n = 4) and to eradicate recurrent stones in all cases. Hepaticocutaneous jejunostomy was also beneficial in the management of three patients who experienced further recurrence of symptoms. There was no major difficulty in reconstructing the cutaneous stoma and in performing choledochoscopy via the jejunal loop. The overall complication rate related to the cutaneous stoma was 15%. Repeat laparotomy for recurrent disease was required in only one patient who underwent a second bilio-enteric anastomosis for a nondilatable left duct stricture. We conclude that hepaticocutaneous jejunostomy is a valuable procedure in the management of hepatolithiasis.
Feeding problems are legion in severely neurologically impaired children. Many patients do well with a gastrostomy with or without fundoplication. Unfortunately, fundoplication is not without complication, emphasizing the need for other options in the management of these difficult patients. Since 1990 six patients (age range, 2 months to 6 years) have been treated by the creation of a permanent Roux-en-Y end-jejunostomy and a gastrostomy. The Roux limb is closed tightly around a mushroom catheter. The gastrostomy is left for gastric decompression, and the jejunostomy tube is used for all nutrition and most medications. One patient died in the postoperative period. All the others have done well, without significant complication and with a high level of parent satisfaction (average follow-up, 12 months). Previously four other patients were treated with a Roux-en-Y jejunostomy in which, rather than closing the Roux limb around the catheter, it was brought out as a catheterizable stoma. Frequent leakage and prolapse make this approach less desirable.
Jejunojejunal intussusception is a rare complication of jejunostomy, and its preoperative diagnosis and surgical treatment have not been reported. A 78-year-old man suffered from vomiting off and on after emergency exploratory laparotomy with omentoplasty for perforated duodenal ulcer. He also received Witzel jejunostomy for early feeding. Ileus developed postoperatively and plain X-ray of the abdomen showed distended small bowel loop with scanty colon gas. Small bowel series performed with water-soluble contrast medium revealed substantial fluid retention in the stomach, duodenum and proximal jejunum. Infusion of contrast medium into the feeding tube revealed normal caliber of the distal small bowel. Abdominal sonogram revealed target sign as well as the feeding tube in a dilated jejunum. Abdominal computed tomography confirmed the sonographic impression of jejunojejunal intussusception. Reduction of intussusception was done during exploratory laparotomy. The jejunostomy feeding was continued and the postoperative course was uneventful.
PURPOSE: To assess the feasibility and safety of a variety of techniques for percutaneous jejunostomy. MATERIALS AND METHODS: Percutaneous jejunostomy was attempted on 53 occasions in 49 patients under US and fluoroscopic guidance. During the study period, thicker needles, Cope anchors, and intravenous glucagon were introduced to improve access, dilate, and immobilize the jejunum. Technical success rates, complications, catheterization period, and reasons for catheter removal were prospectively studied. Prognostic factors for successful procedures and complications were determined. RESULTS: Forty-six (87%) procedures were technically successful. Previous gastrointestinal surgery (P = .01) and a combination of thicker needles, Cope anchors, and intravenous glucagon (P = .0001) were associated with a higher technical success rate. Complications (n = 6; pericatheter leakage in four of six) were observed more frequently in older patients (P = .01). The 30-day mortality rate was 17%, one death may have been procedure related. Forty-three catheters were removed (elective, n = 36; other, n = 7) after 1-597 days (median, 49). Three catheters remained in situ for 139-482 days (median, 410). CONCLUSIONS: Percutaneous jejunostomy is a feasible and relatively safe technique for long-term feeding. Leakage is the main problem, which warrants additional study.
The feasibility of oral administration of tacrolimus in the presence of an intestinal stoma after liver transplantation (LTx) has not been adequately demonstrated. A 10-month-old girl underwent LTx with biliary reconstruction using a Roux-en Y loop. She developed intestinal perforation and underwent a jejunostomy at 40-50 cm distal to the jejunojejunostomy of the Roux-en Y loop on day 8 post-LTx. Tacrolimus was given twice daily via a nasogastric tube or orally; the initial dose of tacrolimus was 0.10 mg/kg/day. Until the time of intestinal perforation, the trough level of tacrolimus ranged from 13.0 to 19.6 ng/mL. The dose-normalized trough concentration (DNTC) of tacrolimus ranged from 130 to 196 ng.kg.day per mg.mL (control: 80-145 ng.kg.day per mg.mL). For a 2-week period when the patient was septic, the tacrolimus dose was reduced to 0.05 mg/kg/day, with a subsequent trough level of 3.6-5.1 ng/mL (DNTC: 72-102 ng.kg.day per mg.mL). After 3 weeks, the dose was increased to 0.175 mg/kg/day with the disappearance of infection; the trough level ranged from 8.5 to 9.7 ng/mL with a peak level of 26.3 ng/mL (DNTC: 48.5-55.4 ng.kg.day per mg.mL). After the initiation of oral feeding, the dose was slightly increased to 0.20 mg/kg/day with the trough level ranging from 8.1 to 9.8 ng/mL (DNTC: 40.5-49 ng.kg.day per mg.mL). After closure of the jejunostomy, the dose of tacrolimus was reduced to 0.075 mg/kg/day to maintain the same trough level (7.9-9.1 ng/mL) and the DNTC ranged from 105 to 121 ng.kg.day per mg.mL. In conclusion, oral administration of tacrolimus may achieve the therapeutic level, even in the presence of jejunostomy after LTx, although the bioavailability is decreased.
A 65-year-old male patient with squamous cell carcinoma of the esophagus had a transhiatal esophagectomy after a prophylactic tube jejunostomy. The tube was removed 3 weeks after surgery. Ten months later, a painless 2-cm abdominal mass was noted at the previous jejunostomy site. Subsequent segmental resection of the jejunum disclosed metastatic squamous cell carcinoma of the esophagus. It is possible that tumor seeding may develop at the jejunostomy site after transhiatal esophagectomy for esophageal carcinoma.
BACKGROUND: Total intestinal aganglionosis is characterized by the absence of intramural ganglion cells, in which the disease's involvement extends from the stomach to the anorectum. This disease was suggested previously to be incompatible with life, but recently an extended small bowel myectomy-myotomy has achieved some prolonged survivors. METHODS: Five patients with total intestinal aganglionosis underwent laparotomy at 1 to 5 days of age. Surgery was performed as a simple jejunostomy 60 to 70 cm below the ligament of Treitz in the initial 2, jejunustomy 30 cm below the ligament of Treitz in 1, and jejunostomy with myectomy-myotomy modification 30 to 35 cm below the ligament of Treitz in the remaining 2 infants. RESULTS: The initial 2 patients died of sepsis, possibly derived from frequent enteritis and bacterial translocation at 7 and 8 months of age. Another patient had prolonged survival but died of hepatic failure at 1 year, 4 months. The remaining 2 children have survived beyond 2 years of age without any liver dysfunction, receiving a combination of enteral and parenteral nutrition. CONCLUSIONS: The more proximal site (30 to 35 cm below the ligament of Treitz) of jejunostomy with myectomy-myotomy modification appeared to be preferable for prolonged survival in these 5 patients with total intestinal aganglionosis.
BACKGROUND AND AIMS: Enteral absorption of thyroxine (T4) is variable; the duodenum and jejunum appear to be the most important sites of absorption. Our objective is to demonstrate that T4 infused via a standard jejunostomy may occasionally be poorly absorbed. METHODS: Two patients underwent esophagolaryngeal resection for carcinoma of the cervical esophagus. The procedure was accompanied by complete removal of the thyroid and parathyroid glands. A neck fistula at the gastropharyngeal anastomosis led to a restriction of oral intake; daily requirements of T4 and nutrients were given via the jejunostomy. T4 plasma levels deteriorated and thyroid-stimulating hormone (TSH) levels increased and in the third postoperative week, T4 (300 microg) was administered via a nasogastric tube. RESULTS: Although given a high dose (300 microg) of T4, both patients developed severe hypothyroidism. Infusion of T4 through the nasogastric tube precipitated the normalization of T4 and TSH plasma levels. Both patients (cases 1 and 2) resumed oral intake during the fifth and sixth postoperative weeks respectively. CONCLUSION: T4 malabsorption may occur in patients dependent on prolonged T4 infusion via a standard jejunostomy.
BACKGROUND: Percutaneous endoscopic tube placement can be problematic under certain circumstances: absence of transillumination of the abdominal wall, percutaneous jejunostomy in patients with a PEG tube and recurrent aspiration, enteral feeding access after gastrectomy, and obstruction of the upper GI tract. As an alternative in these problematic situations, a technique was developed for placing feeding tubes under visual control by using mini-laparoscopy. METHODS: Placement of a feeding tube with mini-laparoscopy with the patient under conscious sedation was considered for 17 patients in whom standard PEG placement was impossible. Techniques used were the following: combined mini-laparoscopy/endoscopy for placement of a percutaneous gastrostomy or jejunostomy, and mini-laparoscopic-guided direct tube placement in cases of obstruction of the upper GI tract. OBSERVATIONS: In 13 patients, mini-laparoscopic-assisted tube placement was successful. In 4 patients, adhesions or peritoneal carcinomatosis prevented laparoscopic visualization of the stomach or small bowel. The combined mini-laparoscopic/endoscopic approach allowed a successful insertion of gastric tubes in 6 patients and jejunal tubes in 4 patients. Direct insertion of a percutaneous endoscopic jejunostomy tube without enteroscopy was feasible in all 3 patients with obstruction of the upper GI tract. No complication occurred. CONCLUSIONS: Mini-laparoscopy-assisted tube placement is a simple and safe alternative when endoscopic percutaneous tube placement is problematic or not feasible.
Needle catheter jejunostomy is a technique to allow enteral feeding after upper abdominal surgery. An unusual postoperative complication is pneumatosis intestinalis which can be life-threatening. A case of a 76-year-old man with pneumatosis intestinalis due to needle catheter jejunostomy, in whom diagnosis was made by CT-scan, is described. Needle catheter jejunostomy complicated by pneumatosis intestinalis needs attention and careful treatment. Removal of the catheter seems necessary, although controversy remains.
Long-term feeding access in children with foregut dysfunction has traditionally been achieved by gastrostomy tube placement with or without fundoplication. Alternatives after failed procedures have included re-do fundoplication, transpyloric gastrojejunal tube placement, loop jejunostomy (open or laparoscopic), and open Roux-en-Y jejunostomy. We describe a new technique, laparoscopic Roux-en-Y feeding jejunostomy (LRFJ), which offers a minimally invasive option in providing long-term enteral access to these children. Five children, ages 10 months to 9 years (mean age, 3.4 years), weighing 8.8 to 15.2 kilograms (mean weight, 12.3 kg), underwent LRFJ. Four children had mental retardation/cerebral palsy. In 3 children, LRFJ was the only intra-abdominal procedure performed. No technical complications related to the procedure were observed. Mean operative time was 98 minutes in the children in which LRFJ was the only procedure performed. Enteral feeds were typically begun by postoperative day (POD) 5. Follow-up has ranged from 12 to 30 months (mean follow-up, 23 months). All 4 survivors remain on full jejunal feedings and are doing well. One child developed stomal stenosis requiring dilatation. In summary, LRFJ can be performed safely in children with gastric dysfunction, may be performed in conjunction with a variety of other laparoscopic procedures, and offers a new option for nutritional access in this challenging pediatric population.
Laparoscopic feeding jejunostomy has been performed and reported by others. The need for jejunostomy in certain patient populations, namely, patients with advanced head and neck cancer, esophageal cancer, or stomach cancer, is well accepted. This has led to numerous open techniques and now laparoscopic techniques. We describe in this report a new way of performing a laparoscopic jejunostomy and include intraoperative photographs.
One hundred patients underwent laparotomy for independent jejunal feeding tube placement. Neurologic disease was present in 50%, and obtundation (28) and oropharyngeal dysmotility (25) were the most common indications for enteral feeding. The post-pyloric route was chosen because of aspiration risk in almost all (94%) patients. Postoperative (30-day) mortality rate was 21%, because of cardiopulmonary failure in most (18). One death resulted directly from aspiration of tube feeds. Two surgical complications required reoperation: one wound dehiscence and one small bowel obstruction. Four wound infections occurred. Two patients underwent reoperation after tube removal, and four tubes required fluoroscopically guided reinsertion for peritubular drainage (2), removal (1), and occlusion (1). Aspiration pneumonia was present in 18 patients preoperatively and in eight postoperatively. None of the patients with feeding-related preoperative aspiration pneumonia (13) had a recurrence while fed by jejunostomy. Three patients developed postoperative aspiration pneumonia before initiation of jejunostomy feedings. Jejunostomy may be performed with low morbidity rate and substantial reduction of feeding-related aspiration pneumonia, and is the feeding route of choice in aspiration risk patients.
An audit of jejunostomy feeding following major oesophagogastric surgery was carried out. The aim was to measure caloric and nitrogen intake, weight change, and to record complications. Twenty consecutive patients undergoing elective upper gastrointestinal surgery resulting in either an oesophagogastric or oesophagojejunal anastomosis were studied prospectively. In the eighteen cases whose catheters functioned, average calorie and nitrogen intake per day over the first 10 postoperative days was 1360 Kcal and 7.2 g respectively and average weight loss at 10 days was 1.3 kg. There was one major complication due to catheter dislodgement, resulting in an extraperitoneal abscess and subsequent small bowel fistula. In one other case the catheter was blocked from the immediate postoperative period and this could not be remedied. In the eighteen patients who were fed via the jejunostomy for 10 days, mild diarrhoea occurred in eight cases, but was easily managed. As experience with the technique increased, there was a significant increase in the amount of calories and nitrogen administered. This audit has demonstrated that provided care is taken with the technique of insertion of the jejunostomy catheter, satisfactory nutritional support can be provided in patients following oesophageal anastomoses with a low morbidity rate.
Eight malnourished children with neuromuscular spinal deformity were treated with jejunostomy tubes for supplemental feeding to attain appropriate weight before reconstructive surgery. All patients had significant gastro-esophageal reflux and had failed to gain weight during an eight-month oral supplementation program. There were no complications associated with the placement or use of the jejunostomy feeding tubes and all patients gained weight in a safe and predictable fashion, had successful spinal fusion and have maintained satisfactory weight at follow-up. Jejunostomy feeding is a safe and effective method of correcting malnutrition in patients with spinal deformity which precludes gastrostomy and Nissen fundoplication.
Sixty-three radiologically guided conversions of gastrostomy to transgastric jejunostomy performed over a 4-year period were reviewed. Conversions succeeded in 31 of 38 surgically placed gastrostomies (82%), in 14 of 18 endoscopically placed gastrostomies (78%), and in seven of seven radiologically placed gastrostomies, for an overall success rate of 83%. Almost all failures (10 of 11 gastrostomies) were primarily the result of unfavorable fundal angulation of the surgical or endoscopic tract; unfavorable angulation was also the most common technical problem encountered in the successful conversions. Of the 52 successful conversions, 23 (44%) necessitated tube replacement: eight for spontaneous proximal migration of the tube, 11 for accidental tube dislodgment, and four for tube blockage. While most gastrostomy to transgastric jejunostomy conversions are simple to perform, in many cases the unfavorable angle of the original transcutaneous tract precludes jejunal intubation and may be a cause for early recoil of a successfully placed jejunal catheter back into the stomach. With early recognition of an unfavorable tract, a fresh transgastric jejunostomy through a new, properly angled puncture may be the preferred approach.