Measuring neonatal blood glucose with a reflectance meter and test stripts.
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Biomedical subjects
Publications and source records attributed to A H Levkoff.
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Twenty-seven infants with respiratory distress and hypoxemia of noncardiac etiology were treated with tolazoline. Thirteen infants had hyaline membrane disease and 14 had respiratory distress attributable to causes other than hyaline membrane disease. An immediate response to tolazoline, a rise in PaO2 of 15 torr or more within 15 min, was seen in 11 infants in the hyaline membrane disease group and in eight infants of the other group. Six infants in the hyaline membrane disease group and 11 infants in the second group survived. Tolazoline should be considered as a therapeutic adjunct in the management of hypoxemia which persists after optimal homeostatic and ventilatory support.
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Serratia marcescens (SM) produced a prolonged outbreak in a neonatal intensive care unit of high level gastrointestinal colonization (10(9) SM/g feces) which in the early part of the outbreak predisposed to respiratory infection. The early outbreak featured a strain of SM carrying a 54 X 10(6) dalton conjugative plasmid which mediated resistance to gentamicin, tobramycin and beta-lactam agents. The second part of the outbreak involved primarily gastrointestinal colonization with SM strains that were plasmid-free. Acquisition of SM was related to very low birth weight (less than 1500 g). Among very low birth weight neonates, SM colonization was associated with pneumonia, patent ductus arteriosus, congestive heart failure and septicemia. Among neonates greater than 1500 g, SM colonization was associated with bronchopulmonary dysplasia, use of a respirator, patent ductus arteriosus and congestive heart failure. Respirator contamination, respiratory tract colonization and consequent pneumonia were reduced by more frequent changing of respirator tubing. Colonized sinks remained chronically colonized with multiresistant SM.
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