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[The enteral feeding during the treatment of appendicular peritonitis in children].

A total of 65 patients, aged 3 to 14, with different forms of appendicular peritonitis, in whom the intestinal insufficiency syndrome (IIS), stage 2, was diagnosed, were investigated. 35 patients were in the main group, and 30 patients were in the control group; the subjects of the latter group had a similar form of peritonitis, i.e. IIS, stage 2, it was confirmed clinically and by ultrasound examinations. The laparoscopic operations were carried out in all patients. The patients of both groups received postoperatively a similar therapy, i.e. the antibacterial, metabolic and infusive ones, as well as vitamins and parenteral feeding (daily caloric values--50-120 kcal/kg, protein--2-3 g/kg/day) according to a child's age and a clinical course of peritonitis. All children of the main group received postoperatively an early enteral therapy (EET), which involved 4 stages. Stage 1: introduction of the salt solution with added glutamine through the naso-gastric probe by increasing volumes and with respect to an individual tolerability of a patient; stage 2: introduction of semi-element mixtures; stage 3: introduction of 10% solutions of polymer balanced mixture; stage 4: introduction of 20% solutions of polymer mixtures. Ultrasound scanning and clinical methods were used to assess the efficiency of the recovery of intestinal peristalsis. The conducted investigations showed that the mean duration of the gastric-type EET amounted to 3-4 days, and the IIS was, on the average, arrested by days 6 or 7. The duration of infusive therapy and parenteral feeding went down, in the main group, by 2 days. A trend towards an increase of the erythrocyte level was noted in these patients. No differences were registered in the values of concentrations of total protein and albumin in the blood serum of patients in both groups from the 1st to 7th postoperative days, however, the infusions of plasma and albumin were made by 2 times more often in the main group as compared to the control one. The EET technique preserved the gastric mucous tunic intact, which cut the postoperative complications 2-fold, and consequently, it reduced the stay of patients in hospital on the average by 8 days. A conclusion was made, on the basis of the conducted study, that EET is a pathophysiologically substantiated treatment method for IIS, stage 2, in children with appendicular peritonitis; EET ensures a rapid recovery of gastric-tract functions, it reduces the frequency rate of postoperative complications and cuts the length of both the infusive therapy and of the patients' stay in hospital.

Adolescent↗

Interventional procedures in pediatrics.

Pediatric intervention has grown substantially over the last 20 years. Interventionalists now work closely with surgeons and other physician groups to diagnose and treat a wide variety of pediatric disease processes. Using image guidance and intravenous sedation in most instances, the interventionalist performs vascular and nonvascular procedures such as embolotherapy, abscess drainage, dilation of strictures, biopsy, and percutaneous nutritional procedures, to name a few. It is my hope that the current and future techniques will lead to improved, more effective, and safer methods for treating sick children of all ages.

Angioplasty, Balloon↗

[Hemorrhage and gastric perforation in patients with percutaneous endoscopic gastrostomy (PEG)].

INTRODUCTION: PEG is more and more used for those patients who need a medium and above all long term enteral nutrition, especially at home. This is the closest technical system to the requirements to have an ideal nutritional access; however it is burdened, on average in 32.5% of cases, with complications linked to technical mistakes of positioning or to a wrong management, such as haemorrhage and gastric perforation. CASE REPORT: A patient, subjected to supraglottic laryngectomy, to removal of tongue's base and to bilateral laterocervical lymphadenectomy and PEG carrier for 4 months, has arrived to our observation for a clinical outline of acute abdomen for perforation of hollow internal organ, preceded by progressive anaemia due to high digestive haemorrhage. Performed an exploratory laparotomy, it was discovered on the gastric fore face, between body and antrum, in proximity to the small curvature and in front of the PEG gastric access, a perforation with max 2 cm of diameter, crossed by probe's internal disk of retention. They proceeded to remove that, to unstick the gastric stoma from the parietal peritoneum, to suture the access of gastrostomy and the perforation by omentoplasty. Finally they carried out a jejunostomy for enteral feeding. DISCUSSION: We think we can pathogenetically identify the cause of the haemorrhage and of the stomach's perforation, occurred in a short time in the case we have examined, in the probe's movement for incorrect fixing of the plate of external anchorage or for excessive slimming of the patient due to not balanced nutritional supply, as well as in the consequent extension of its intraluminal part with continuous rubbing by internal disk on the gastric wall and with onset decubitus ulcer. Physiopathologic moments, connected with the supposed etiological factor, make both occurred complications as an unique pathologic entity, which has to be observed in the PEG carriers, in order to be able to diagnose it and treat it precociously and above all in order to be able to prevent it. Only a correct technique of positioning and of nursing and of management of nutritional supply is able not to thwart the finality of the PEG device which can be considered, in the elective indications and for the favourable requisites that marks it, a valid access to enteral nutrition realization.

Abdomen, Acute↗

Nasogastric suction after elective abdominal surgery: a randomised study.

The value of nasogastric tube decompression after elective abdominal operations was assessed in a randomised trial in which 97 patients were and 100 were not allocated postoperative nasogastric decompression. Only two patients in the latter group subsequently required decompression. There was no statistically significant difference in the incidence of mortality, complications (including vomiting) or time to return of intestinal motility between the two groups. There was a significantly higher incidence of sore throat (P less than 0.0001) and nausea (P less than 0.05) in patients who received nasogastric decompression. A postal questionnaire to 259 UK general surgeons (96% replied) revealed that postoperative nasogastric decompression was usually used by 92% of surgeons after a Polya gastrectomy, 72% after a small bowel anastomosis, 49% after a large bowel anastomosis and 20% after cholecystectomy. We conclude that such a routine is not justified and should be reserved for those patients developing specific complications.

Abdomen↗

[Application and fixation systems in enteral nutrition].

Enteral nutrition is becoming more convenient because of a lot of available different techniques. Tubes can be placed nasogastrically, nasoduodenally or nasojejunally, as bedside method controlled by X-ray or with the aid of an endoscope. If there is a risk of spontaneous removal, fixing with a stabilisation system is helpful. In cases where the tube should be hidden, a specially prepared plastic olive placed in the nostril can be used. All these methods are of interest for short and medium term enteral nutrition. For long term enteral nutrition, the percutaneous endoscopic gastrostomy, especially the so-called 'thread-pass-through' method is increasingly in use. All attempts to arrange a simpler method using direct punction techniques have failed up to now. The following paper gives a survey of different technical possibilities.

Catheters, Indwelling↗