Pediatric surgery international
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The quality of neonatal surgical care and scientific publications are reliable yardsticks that were used to assess the status of pediatric surgery in India. A specific questionnaire to assess neonatal care and surgical outcome was mailed to all institutes imparting pediatric surgery training. Data were obtained regarding the outcome of important neonatal surgical conditions for the year 1998 and a PubMed literature search was performed to identify scientific articles between 1995 and 2000. ⋯ The center that had the lowest survival in EA/TEF and CDH had the highest workload per consultant. Between 1995 and 2000, the mean number of scientific articles published in indexed journals compiled from all the institutes (n = 24) was 10.7 (0-84). In conclusion, this is a preliminary study toward setting up national databases of neonatal surgery in different parts of the world to set goals for improvement.
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Pediatr. Surg. Int. · Sep 2002
Randomized Controlled Trial Comparative Study Clinical TrialComparing wound closure using tissue glue versus subcuticular suture for pediatric surgical incisions: a prospective, randomised trial.
Tissue adhesives have gained favour for quicker and painless closure of lacerations. To compare the tissue adhesive 2-octylcyanoacrylate with our current standard subcuticular suture for closure of surgical incisions in children, looking at outcome measures of time efficiency, cosmesis, and wound complications, a prospective, randomised, controlled trial was conducted at our institution's ambulatory surgery centre. All healthy patients undergoing unilateral or bilateral herniotomies were recruited prospectively with informed consent and randomly allocated to suture or glue. ⋯ There was also no difference in parent satisfaction (VAS: glue 78 +/- 19 mm vs suture 81 +/- 15 mm, P = 0.68). No patient reported any rash, wound infection, or dehiscence. Tissue glue is easy to use with no complications and has equivalent cosmetic results, but is not faster than a subcuticular suture.
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Solid tumours are uncommon in the neonatal period. We present our experience of managing neonatal tumours in a tertiary reference centre to study the incidence, pathology and types, efficacy of treatment, and impact of antenatal diagnosis on the management in our practice in a retrospective study of case-notes and pathology reports. Eighty-three neonates with solid tumours were seen over a 45-year period (1955-1999); 62 (74%) presented at birth. ⋯ Counseling the family and in-utero transfer is the best option. In our limited series, there was no significant difference in management and outcome in the antenatally-diagnosed cases. The small numbers of neonatal tumours seen by individual centres underline the need for an international effort to optimise therapy and improve understanding of these tumours.
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Twenty-one children were treated for foregut duplications at the Royal Hospital for Sick Children over a 42-year period. There were 11 males and 10 females. The mean age at diagnosis was 1 year 6 months; antenatal diagnosis was made in 1 case. ⋯ The histology of the epithelial lining of the duplications revealed gastric mucosa in 15 cases; in 5 the duplication cyst was lined by more than one cell type. Nine patients had other associated congenital anomalies, the majority of these were vertebral abnormalities. The size of this series emphasises that clinicians should be aware that duplication cysts occur and should be considered in a child with unusual respiratory or GI symptoms.
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Determination of blood levels of intracellular enzymes is an appropriate method to evaluate tissue and organ damage. To show systemic tissue damage resulting from intestinal ischemia-reperfusion, New Zealand rabbits underwent 60 min intestinal ischemia and 60 min reperfusion. ⋯ It is difficult to claim that enzymes arise from the intestine, but an increase of CK, LDH, and later of AST without any increase in alanine aminotransferase levels during ischemia suggests that their primary source is the injured intestine. Increased levels of plasma enzymes do not provide exact information about the location, but do reveal the presence of an injury.