THE ACUTELY OBSTRUCTED INCARCERATED PARAESOPHAGEAL HIATAL HERNIA.
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A case of prenatally diagnosed intestinal obstruction caused by segmental dilatation of the jejunum is presented. Routine ultrasound scan showed mild polyhydramnios, a dilated small bowel loop, and scoliosis. On repeat ultrasound scan a volvulus was suspected, which led to cesarean section and laparotomy of the newborn, revealing the underlying pathology. Segmental resection and end-to-end anastomosis were followed by an uneventful recovery. Segmental dilatation of the intestine should be considered as a cause of prenatally manifested intestinal obstruction. Concomitant anomalies are frequent and may be helpful in making the correct diagnosis. J Pediatr Surg 36:927-929.
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A variety of intestinal complications, including constipation, abdominal pain, palpable cecal masses, intestinal obstruction, intussusception, and volvulus, have been observed beyond the neonatal period in patients with cystic fibrosis (CF). In a retrospective chart review of 63 patients with CF, we found evidence of one or more of these complications in 26 patients (41.3%). The incidence of intestinal complications was not related to overall disease severity, pulmonary exacerbations, history of meconium ileus at birth, or dose or type of pancreatic enzyme replacement. There was no change in the incidence of intestinal complications after patients switched to a pH-sensitive enteric-coated microsphere enzyme preparation.
Antigens that are not normally seen by the host but that are nevertheless, accessible to host immune effector molecules and cells such as the native endoantigens associated with the intestinal epithelium of haematophagous tissue-dwelling parasites, could be potentially useful vaccine antigens. In this study, intestines were dissected from adult Dirofilaria immitis, homogenised, and a 105,000 x g pellet obtained and extracted with Triton X-100. The soluble 105,000 x g supernatant from this extract induced partial protection (51%) against a challenge infection of third stage larvae (L3) implanted in micropore chambers. Sera from mice immunised with this soluble detergent extract reacted with proteins ranging in size from 38 to 130 kDa. Immunolocalisation studies indicated the mouse sera reacted primarily to the lumenal surface of the intestines of adult D. immitis, though reactivity to the lateral nerve/epithelial chords, hypodermis and reproductive tracts was also noted, indicating the presence of shared antigens. Tissues of L3s were also recognised by the immunised mouse sera. These mouse sera did not react to a dog blood fraction prepared identically to the D. immitis fraction. Only those sera from D. immitis-infected dogs with heavy or long-term infections were reactive to a single 42 kDa protein. After 24 h incubation in fluorescein isothiocyanate-conjugated serum the intestinal tract of Onchocerca volvulus and D. immitis L3 and L4 fluoresced, indicating the serum had been ingested. These data suggest that filarial gut-associated antigens (apart from the single 42 kDa antigen) are not seen by normally infected hosts, that they can be accessible to antibodies and that they can induce an immune response which is partially protective.
Four newborn infants with megacystis-microcolon-intestinal hypoperistalsis syndrome (MMIHS) were identified at Children's Hospital of Pittsburgh. These cases provide additional insight into the syndrome and broaden its spectrum. This report includes MMIHS in an infant boy, one long-term survivor, an apparently related complication of neonatal obstructive volvulus, evidence of small intestinal hypoperistalsis, and histopathologic findings as follows: (1) apparently increased numbers of ganglion cells in early biopsies and normal or even decreased numbers of ganglion cells in later biopsies probably due to bowel dilatation; and (2) in two of three infants at autopsy, there were many nerve trunks (a neuromalike layer in one), and there was elastosis of the urinary bladder.
Intestinal obstruction as a result of postnephrectomy adhesions occurs in up to 7% of children treated for Wilms' tumor. The authors report two children who developed small-bowel volvulus during the treatment of their renal tumor. Both underwent urgent resection of their ischemic bowel with primary anastamosis and are long-term survivors. The risk of this complication may be increased in young children with bulky tumors who receive abdominal radiotherapy.
Sigmoid volvulus is an unusual cause of intestinal obstruction in children. We report two cases of sigmoid volvulus as a complication of segmental dilatation of the colon occurring in two girls (5 years old and 9 years old) previously treated for chronic constipation. In both cases the constipation had been recognised since the neonatal period mimicking a Hirschsprung's disease, a diagnosis which has been excluded after rectal biopsy. The delayed diagnosis of segmental dilatation of the sigmoid colon followed the volvulus. Segmental colonic resection resulted in both cases in the cure of the constipation.
BACKGROUND/PURPOSE: Longitudinal intestinal lengthening procedures (LILP) in patients with short gut syndrome (SGS) enhances small intestinal peristalsis and decreases bacterial overgrowth without reducing absorptive surface. Therefore, patients theoretically may be easily weaned off TPN. The aim of this study was to evaluate the impact of failed LILP in SGS patients referred for intestinal transplantation. METHODS: Twenty-seven (11%) of 230 children with SGS and total parenteral nutrition (TPN) dependency evaluated for intestinal transplantation at our institution had undergone LILP. This was performed at a mean age of 1.7 years (range, 1 day to 14.7 years); the mean age at the time of evaluation was 3.3 years (range, 0.4 to 17 years). Two patients underwent LILP immediately after birth. The principle diagnoses producing SGS were gastroschisis (n = 8), intestinal atresia (n = 11), neonatal volvulus (n = 7) and necrotizing enterocolitis (n = 1). Before LILP, the mean length of intestine was 32 cm (range, 8 to 70 cm). Fifteen (56%) patients had jaundice at the time of evaluation. RESULTS: All but one child were considered candidates for intestinal transplantation. The mean intestinal length achieved after LILP was 48 cm (range, 16 to 100). The mean follow-up from the date of LILP was 876 days (range, 109 to 4,109 days). After LILP, only 9 (33%) patients increased their caloric intake through the enteral route by > or =50%, and only 1 patient could be weaned off TPN. In the patients with liver dysfunction at the time of LILP, none recovered. Most of the patients had multiple episodes of sepsis after LILP. Fourteen (52%) of 27 patients underwent intestinal transplantation, 7 combined with a liver allograft because of TPN-induced end-stage liver disease. Six of the transplanted patients are alive and TPN free. Of the remaining 13 (48%) nontransplanted patients, 9 patients died. The main cause of death was TPN-induced liver failure. Three patients are on partial TPN, and only 1 patient was weaned off TPN. The presence of an ileocecal valve did not impact on outcome. Surprisingly, patients with > or =50% of colon at the time of LILP had poorer survival than those with less. Twelve (44%) of 27 patients had surgical complications, and in both patients with LILP performed in the neonatal period it failed immediately with acute complications. There were no differences in patient survival rate for patients with SGS without LILP (n = 203) and those with LILP (n = 27). CONCLUSION: Based on patients with unsuccessful LILP referred for intestinal transplantation, we believe this procedure should be avoided in the neonatal period, in those patients with liver dysfunction, and when intestinal length is <50 cm.
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OBJECTIVES: To describe the morbidity and mortality associated with congenital gastrointestinal obstruction, assess the usefulness of prenatal diagnosis, and analyze the results in relation to the site of obstruction. PATIENTS AND METHODS: We performed a retrospective case series study of 148 patients in a 13-year period (1990-2003). Sites of obstruction was classified into three groups: I) gastric, duodenal or jejunal; II) ileal or colonic; III) anorectal. RESULTS: There were 65 patients in group I, 38 in group II and 45 in group III. Surgery was performed in 137 patients. Trisomy was diagnosed in 15 patients, polymalformation syndrome in 16 patients, and cystic fibrosis in seven patients. More than one site of intestinal obstruction was found in 22 patients (15 %). Morbidity consisted of nosocomial sepsis in 32 %, necrotizing enterocolitis in 7 %, and short gut in 3.4 %. Prematurity (48 %) was associated with higher morbidity and mortality. Overall mortality was 14.2 %, mainly associated with other malformations and extraintestinal problems. When patients with other extraintestinal malformations were excluded, the highest mortality was found in group II (OR: 12.19; CI: 2.4-76.2). The overall sensitivity of prenatal diagnosis was 0.44 and the mean gestational age at diagnosis was 31.6 weeks (SD 5.2). According to the site of obstruction, sensitivity was 0.77 in group I, 0.39 in group II and 0.04 in group III. Prenatal diagnosis did not alter prognosis. CONCLUSIONS: Morbidity and mortality were strongly influenced by extraintestinal problems. The most severe intestinal complications were midgut volvulus and necrotizing enterocolitis. Prenatal diagnosis was late and showed good sensitivity only in group I.
Over a 24-month period, serum tumor necrosis factor (TNF) activity was determined in 289 horses with colic attributable to gastrointestinal tract disease. Serum TNF activity was quantitated by use of a modified in vitro cytotoxicity bioassay, using WEHI 164 clone-13 murine fibrosarcoma cells. Causes for colic, determined by clinical and laboratory evaluation, exploratory celiotomy, or necropsy included: gastrointestinal tract rupture (GTR); ileal impaction; small intestinal strangulating obstruction (SIO); proximal enteritis (PE); transient small intestinal distention; large-colon displacement; large-colon volvulus; large-colon impaction; colitis; small-colon obstruction; peritonitis; and unknown. Each diagnosis was placed into 1 of 3 lesion categories: inflammatory disorders (GTR, PE, colitis, peritonitis); strangulating intestinal obstruction (SIO, large-colon volvulus); and nonstrangulating intestinal obstruction (ileal impaction, transient small intestinal distension, large-colon displacement, large-colon impaction, small-colon obstruction, unknown). The prevalence of high serum TNF activity and/or mortality were evaluated. Differences were tested at significance level of P less than 0.05. Approximately 20% of the 289 horses has serum TNF activity greater than that found in clinically normal horses (greater than 2.5 U/ml). Twenty-three horses (8%) had marked increase in serum TNF activity (greater than or equal to 10 U/ml) which was more prevalent among horses with SIO and PE than in horses of other diagnostic groups, except those with GTR. Mortality and marked increase in serum TNF activity were greater in horses with intestinal inflammatory disorders or strangulating intestinal obstruction than in horses with nonstrangulating intestinal obstruction.(ABSTRACT TRUNCATED AT 250 WORDS)
BACKGROUND: Many different and non-specific clinic presentation modes of malrotation anomalies (MA) have been reported after neonatal period. The authors describe four children with MA presented with malabsorption-like clinical features. METHODS: Three children aged from 8 months to 7 years, with a history of long-standing diarrhea and failure to thrive attributed to malabsorption, were referred to Department of Pediatric Surgery, for evaluation of suspected MA. Another patient, a 10-year-old boy who was treated for malabsorption for 6 years, presented with acute duodenal obstruction findings. The duration of symptoms averaged 35 months, ranging 8 months to 6 years. All patients had undergone extensive evaluation and empiric trials of different formulas with no improvement in their symptoms. One underwent jejunal biopsy. RESULTS: Primary presentation complaints were chronic diarrhea and failure to thrive in three patients. Their histories revealed chronic (in one) and intermittent colicky (in two) abdominal pain, and intermittent nonbilious vomiting (in three). The remaining patient presented with acute illness, with chronic diarrhea, failure to thrive, and intermittent abdominal pain and vomiting on his history. They were below 30th percentile according to body weight and height. Laboratory studies revealed hypoproteinemia, hypoalbunemia, raised liver function tests, and anemia in all patients. The patient who presented acutely had double-bubble sign on the plain abdominal film obtained at admission. In the other three, plain films obtained during an attack of abdominal pain and/or vomiting revealed findings of partial intestinal obstruction. The diagnosis was confirmed by upper gastrointestinal series. At their laparotomy, a classical type of malrotation with circumstantial evidence of chronic volvulus was noted. All patients had normal laboratory values between postoperative 3 and 5 weeks, and they were up to 30th percentile at the end of the 6 months. CONCLUSIONS: Malrotation anomalies should be included in the differential diagnosis in a child presented with malabsorption-like clinical features.
The diagnosis of intestinal obstruction during pregnancy poses problems, as vomiting which is an important symptom of the obstruction can be attributed to hyperemesis of pregnancy and radiological investigation are avoided during this period. A case of intestinal obstruction due to volvulus resulting from congenital malrotation of the gut is reported here. The patient first presented during pregnancy. The case emphasises the need for thorough investigations in a case of persistent vomiting in pregnancy.
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Meckel's diverticulum occurs in 2% of the population. Of these, 4% may present as intestinal bleeding, intussusception, diverticulitis, volvulus, or perforation at any age, including neonates. We describe a 3-month-old baby whose giant Meckel's diverticulum had probably perforated in utero, leading to the formation of a large intra-abdominal pseudocyst.