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Apparently spontaneous neonatal intestinal perforation may be difficult to diagnose if the condition is not kept in mind. It may present with free perforation or with the late effects of meconium peritonitis. Five cases are described. There is a high mortality associated with bacterial peritonitis, and the importance of early diagnosis and energetic resuscitation is underlined.
Small intestinal perforation occurred in two patients aged 70 years and 88 years who had experienced minor trauma by tripping or falling on the pavement. They both developed signs of generalized peritonitis and at laparotomy were found to have perforated the mid ileum. There was no sign of direct abdominal trauma but they had suffered minor facial trauma as a result of the fall.
We report four cases of scleroderma and intestinal perforation. There were three instances of colonic perforations, two associated with fecal impaction and stercoral ulceration and one with evidence of vasculitis. The fourth patient was an unusual instance of spontaneous perforation of the small intestine in scleroderma.
Two cases of multiple intestinal perforation caused by the nylon from the core of disintegrating oesophageal Celestin tubes migrating down the alimentary tract are described. It is suggested that Celestin tubes should not be used in patients likely to survive for more than a few months.
Congenital defect of the muscular layer of the small intestine is a rare cause of spontaneous bowel perforation in premature infants. During the last 12 years we have observed four similar cases. We describe the most recent one, a premature infant who developed two abdominal events. On her 2nd day of life, spontaneous perforation of the distal ileum due to focal absence of the muscular layer occurred. Several weeks later she developed the typical clinical and histological picture of necrotizing enterocolitis. The clinical and histological characteristics of the two different conditions are compared, and the 24 cases reported in the literature are discussed. We conclude that focal absence of intestinal musculature may be not such a rare entity as is commonly believed.
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Two cases of intestinal perforation in association with ascariasis are described. In both cases adult ascarids were found either in the gut or lying free in the peritoneal cavity. Neither patient had typhoid fever, one had Hodgkin's lymphoma. The authors believe that the perforation were directly caused by the ascarids. Both patients died.
From January 1986 through December 1988, we have seen 7 cases of isolated intestinal perforation in 250 infants with birth weights less than 1,000 g (3% incidence) without histological or clinical evidence of necrotizing enterocolitis (NEC). Patients had a mean birth weight of 670 g, gestational age of 25.1 weeks, and sustained a perforation at a chronological age of 10.4 days. No infants had been fed. A definite, blue-discolored abdomen was the only consistent clinical sign (n = 7). Free intraperitoneal air on radiograms was rarely observed (n = 1). Abdominal ultrasounds (n = 3) and metrizamide contrast studies (n = 3) were not diagnostic. The presence of an umbilical artery catheter (7/7), falling hematocrit (6/7), thrombocytopenia (5/7), and a positive diagnostic paracentesis were most commonly found. In 6 of 7 patients, this perforation was associated with coagulase-negative staphylococcal sepsis. Surgical or histological diagnosis showed focal perforation in either the terminal ileum (n = 4) or the transverse and descending colon (n = 3). Survival was 3 of 7; 2 patients died of intracranial hemorrhage and 2 died of Candida sepsis. We conclude that (1) intestinal perforation can occur in the absence of NEC; (2) bluish discoloration of the abdomen is the most reliable clinical finding; and (3) perforation may be associated with coagulase-negative staphylococcal infection.
The authors described 49 neonates and infants with perforation of the intestine. The clinical picture of perforation, peculiarities of its diagnosis and the treatment are presented. A special emphasis is laid upon contrastless radiography providing quite a valuable information for the diagnosis.
Intestinal perforation can occur as a complication of the neonatal small left colon syndrome. Four such infants are reported. Early diagnosis and treatment, utilizing water soluble contrast enema examination, are recommended to reduce the frequency of this complication.
A two-year-old boy underwent a laparatomy for an intestinal perforation due to eosinophilic gastroenteritis. He had marked peripheral blood eosinophilia and a small duodenal biopsy showed heavy eosinophilic infiltration in the mucosa. After 1 1/2 year on a restricted diet, a control duodenal biopsy showed only slight eosinophilia. Perforation of the small intestine is a rare but serious complication in eosinophilic gastroenteritis.
We present two cases of patients with acquired immunodeficiency syndrome who, in the course of their disease, suffered multiple intestinal perforations that were directly related to cytomegalovirus infection. Biopsy and surgical specimens and autopsy findings in both cases revealed extensive lesions of gastroenteritis; the gastroenteritis was characterized by randomly distributed deep ulcers, resulting in multiple perforations. The main characteristic histopathologic finding was the association of intestinal lesions with a severe form of cytomegalovirus-related occlusive vasculitis. This report provides evidence that supports the contention that cytomegalovirus is the primary causal agent of gastrointestinal lesions affecting immunocompromised patients.
Accidental ingestion of foreign bodies is common enough, especially in children, but is of relatively small importance as such objects readily pas through the body and no particular treatment is required. A more interesting and less frequent occurrence is the ingestion of objects such as bone fragments, fish bones, etc. that form part of ordinary food. Cases of intestinal perforation caused in this way are described, together with their clinical and surgical management.
A newborn infant, who had suffered intrauterine perforation and had developed peritoneal calcification, showed no sign of pneumoperitoneum on the first radiograph taken 3 hours after delivery. At that time air was present in the stomach only. Subsequently pneumoperitoneum developed as air passed down the gut to the point of perforation. Thus, the absence of pneumoperitoneum on a radiograph taken very early in life does not exclude an intestinal perforation.
Although NSLCS has been considered to have a benign course, we have described an infant who had intrauterine intestinal perforation and meconium peritonitis associated with the NSLCS. Infants of diabetic mothers who are stillborn or who develop abdominal distention shortly after delivery should be suspected of having this complication of NSLCS. This disorder must also be considered in the differential diagnosis of infants who present with meconium peritonitis.
Female patient with multiple episodes of pelvic surgery and with radical cystopathy, treated by Neodymium: YAG laser photocoagulation with haemostatic purposes. During the post-operative she developed intestinal perforation with fatal evolution. The cases described on this serious and infrequent complication of laser endovesical application are reviewed, commenting the technical and anatomical elements that justify it.
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A case of alpha-chain disease (alpha-CD) is described presenting as a malabsorption syndrome complicated by severe kalipenic nephropathy. Antibiotics and cyclophosphamide were effective in controlling the malabsorption and thr renal dysfunction but did not affect the basic pathological lesion. Eventually the disease became generalized, affected lymph nodes, liver and bone marrow and caused multiple intestinal perforations. Detailed histological studies failed to demonstrate the development of reticulum-cell sarcoma as a terminal complication of the disease and are suggestive of a single malignant plasmacytic cell process.