American Pediatric Surgical Association principles of pediatric trauma care.
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Biomedical subjects
Publications and source records attributed to T V Ballantine.
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Infants with esophageal atresia and a distal tracheoesophageal fistula are predisposed to respiratory failure on the basis of prematurity, respiratory distress syndrome, aspiration of saliva, and reflux of gastric contents into the tracheobronchial tree. Thoracotomy and primary repair may be delayed to allow time for complete evaluation of the infant and respiratory stabilization. Poorly compliant lungs and a large distal fistula can result in selective passage of ventilatory gases into the gastrointestinal tract with resultant hypercarbia. Fogarty balloon occlusion of the distal esophageal segment halts this air shunt and facilitates effective mechanical ventilation.
Twenty-one infants were studied to compare cord serum protein concentrations (SPCs) with samples drawn 3 days after birth. The results were compared with anthropometric measurements of the infants to determine the usefulness of serum studies in predicting the nutritional status of the newborn. SPCs of 19 serum protein subfractions were measured by laser nephelometry. In 17 of 19 proteins, the cord blood and newborn blood levels were highly correlated. C1Q and haptoglobin were the exceptions. The SPC was converted to serum protein mass (SPM) as follows: SPM = [(SPC) x (birth weight) x (0.85) x (1-hematocrit)]. Blood volume is approximately 0.85 dl of blood/kg of body weight and since these proteins are largely intravascular, it was postulated that the estimated total protein mass would be a more accurate index of nutritional state. Six proteins (C3, C4, prealbumin, retinol binding protein, transferrin, and albumin) were highly correlated with the anthropometry (arm circumference, skin fold thickness, length, weight, etc.). This study indicates that umbilical cord blood may be used to estimate a newborn's nutritional status. Transport proteins such as albumin, transferrin, retinol binding protein, and prealbumin are commonly used to assess adult nutritional status, and may be used in infants after estimating the total mass of the protein in the serum.
Eighty-three infants and children underwent surgical correction of gastroesophageal reflux (GER) from 1973 to 1978. Fifty-four patients had coexistent brain damage (most commonly due to cerebral palsy), eight were previously treated for esophageal atresia, and four had gastroschisis or omphalocele repair. Clinical presentation included failure to thrive in 64 patients, vomiting in 59, and recurrent bouts of aspiration pneumonitis in 43. Barium roentgenography showed GER in 61 patients, whereas additional tests (particularly pH monitoring) were required for detection of GER in 22 patients. After failure of medical management, transabdominal Nissen fundoplication was performed in 80 cases and a Hill repair in three cases. The surgical mortality was zero, but there were five late deaths. Results were considered excellent in 54 patients, good in 22 patients, and poor in seven. Ten of 12 patients with preoperative stricture responded to dilation after fundoplication. Nissen fundoplication was a safe and effective antireflux procedure in 76 of the 83 cases.
The nonsynchronous respiratory efforts of neonates with surgically correctable disorders may inhibit effective mechanical ventilation. The records of 25 infants treated with metocurine for muscular paralysis to improve mechanical ventilation were reviewed. All patients were greater than 35 (37.6 +/- 2.1) weeks gestation and 2.27 (2.98 +/- .47) kg. All required ventilatory support with an FiO2 of 100%. The mortality rate of this group of infants was 20% as compared with 73% (p < .001) in a similar group of 26 infants managed without paralysis. In 10 of the 25 infants treated with metocurine, pre- and 1 hr postparalysis paO2 values were available. The mean paO2 prior to paralysis was 62 (45--111) mm Hg and the mean post-paralysis paO2 was 144 (75--227) mm Hg, representing at 132% increase in paO2 (p < .001). The mean dosage for metocurine was 3.5 (1.45--6.79) mg/kg/day; however, those requiring paralysis for greater than 7 days showed a dramatically increasing requirement. These preliminary data suggest that respiratory paralysis reduces right-to-left shunting, improves paO2 and decreases mortality in large infants with severe respiratory distress requiring ventilatory support.
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The effectiveness of enteral and parenteral feeding in supporting a satisfactory nutritional status and/or reversing protein-energy malnutrition was evaluated in 28 children, ages 1-19 (14 female) with advanced malignant disease (21 solid tumors, 7 leukemia-lymphoma). At the onset of treatment, 21 patients received intensive nutritional counseling (INC) and oral supplementation while seven received total parenteral nutrition (TPN). Sixteen of 21 patients who received INC had a decreased intake (x 48 +/- 24%) Recommended Dietary Allowances (RDA) for kilocalories and dramatic weight loss (x 16.4 +/- 12.4%). A total of 18 patients received TPN for a mean of 24 days (7-60); kcal averaged 90 +/- 26% RDA during weight gain. At onset of TPN, the mean serum albumin, transferrin and total lymphocyte counts were 3.06 +/- 0.38 g/dl, 175 +/- 62 mg/dl, and 1102 +/- 966/mm3 respectively, 15/18 children had subnormal anthropometric measurements and 17/18 patients were anergic to recall skin test antigens. TPN for less than 9-14 days neither repleted weight, skinfold reserves, nor serum albumin concentrations (greater than 3.2 g/dl) although an early increase (p less than .02) in transferrin concentration was observed. However, TPN for 28 days supported weight gain (3.27 kg, 16 +/- 6%), increased serum albumin (0.62 +/- 0.43 g/dl, p less than .001) and transferrin (62 +/- 42, p less than .002) to normal concentrations and reversed anergy in 7/11 patients retested. This study documents the severity of protein energy malnutrition which accompanies intense treatment of children with cancer and the nutritional and immunological benefits of a 28 day course of TPN.
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This is the first report of an hepatic mesenchymal hamartoma causing congestive heart failure in an infant. These benign tumors usually present as a bulky abdominal mass but rarely can present with congestive failure when the angiomatous component is prominent.
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This report critically evaluates the fluid requirements of 30 infants with gastroschisis. Fluid requirements were unrelated to gestational age, birth weight, or type of repair. Twenty-five percent of the fluid was colloid needed to restore intravascular volume and oncotic pressure, the balance consisting of Ringer's lactate solution. These data support the conclusion that the fluid requirements of the newborn with gastroschisis are significantly increased over those of the normal neonate. This is a reflection of antenatal peritonitis, third space fluid shifts and loss of water and electrolytes during transport to the pediatric surgical center. Recognition of these needs and appropriate replacement should reduce the perioperative morbidity and mortality in these seriously ill neonates.
"Second-look" operations were performed in 32 infants and children with initially unresectable or recurrent solid tumors treated with combination chemotherapy and/or irradiation. Tumors were resectable in 26 of 32 cases (81%). These procedures often yielded information affecting staging and treatment. Disease-free survival was achieved in 18 of 32 patients (56%). Mortality was related to progressive disease in seven cases and opportunistic infections due to immunosuppression in three. Four additional patients are alive with evidence of persistent tumor. Second-look procedures were beneficial in patients with Wilms' tumor previously operated upon by a flank approach and in children with bilateral tumors. These procedures were particularly useful in children with stage III localized neuroblastoma and cases of metastatic neuroblastoma that respond to chemotherapy. Second-look operations were also useful in selected cases of rhabdomyosarcoma, teratoma, and Ewing's sarcoma. These observations suggest that combination chemotherapy has increased the use of second-look operations in a variety of less favorable (e.g. initially unresectable or recurrent) pediatric solid tumors.
We have studied three children with Wilson disease who had clinical symptoms suggestive of cholecystitis as well as radiologic evidence of gallstones, subsequently proven at the time of laparotomy. The gallstones from the patients with Wilson disease had an appreciably higher content of cholesterol than gallstones from age-matched children with hemolytic disease. Since gallstones may be present for years before they produce clinical symptoms, young patients with Wilson disease should undergo routine investigation for the presence of stones; cholelithiasis should also be considered in the differential diagnosis of abdominal pain in such patients.
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