Neonatal intensive care unit handoffs: a pilot study on core elements and epidemiology of errors.

OBJECTIVE: To define the core data elements of a neonatal intensive care unit (NICU) handoff compare NICU residents' written and verbal handoff data with real-time, auto-populated data and identify the epidemiology of handoff errors. STUDY DESIGN: We defined nine core data elements for a NICU patient handoff. We then compared residents' written and verbal handoffs against real-time, auto-populated data for each core element. RESULT: A total of 101 NICU patient handoffs (31 unique patients) were analyzed. Per patient, residents made more written errors for infants in critical-care beds than for infants in step-down beds (2.33 vs 1.67, P=0.04). Replacing residents' written handoffs with the gold-standard, auto-populated data would have prevented 92% of written errors. CONCLUSION: NICU infants are subjected to many handoff errors. Sicker infants are at higher risk for error. Auto-population can reduce written handoff errors and allow residents more time for training and educational opportunities.

A comparison of neonatal Gram-negative rod and Gram-positive cocci meningitis.

OBJECTIVE: Neonatal meningitis is an illness with potentially devastating consequences. Early identification of potential risk factors for Gram-negative rod (GNR) infections versus Gram-positive cocci (GPC) infection prior to obtaining final culture results is of value in order to appropriately guide expirical therapy. We sought to compare laboratory and clinical parameters of GNR and GPC meningitis in a cohort of term and premature infants. STUDY DESIGN: We evaluated lumbar punctures from neonates cared for at 150 neonatal intensive care units managed by the Pediatrix Medical Group Inc. We compared cerebrospinal fluid (CSF) parameters (white blood cell count, red blood cell count, glucose, and protein), demographics, and outcomes between infants with GNR and GPC meningitis. CSF cultures positive with coagulase-negative staphylococci were excluded. RESULTS: We identified 77 infants with GNR and 86 with GPC meningitis. There were no differences in gestational age, birth weight, infant sex, race, or rate of Caesarean section. GNR meningitis was more often diagnosed after the third postnatal day and was associated with higher white blood cell and red blood cell counts. GNR meningitis diagnosed in the first 3 days of life was associated with antepartum antibiotic exposure. No difference was noted in either CSF protein or glucose levels. After correcting for gestational age, there was no observed difference in mortality between infants infected with GNR or GPC. CONCLUSION: Compared to GPC meningitis, GNR meningitis was associated with several aspects of the clinical history and laboratory findings including older age of presentation, antepartum exposure to antibiotics, and elevated CSF white blood cell and red blood cell counts.

Correlation of stress with outcome of radioiodine therapy for Graves' disease.

Between November 1965 and December 1983, 293 patients were treated for Graves' disease using 131I. All patients were asked to identify a stressful event antedating the onset of overt clinical symptoms. Eighty-one patients were able to do this (27.6%). Six patients were lost to follow-up, the others were followed from 1 to 155 mo. Two hundred forty-four patients received a single treatment, 49 required two or more treatments. Stress and nonstress individuals were consistent with respect to age, sex, number of treatments and the dose of radioiodine. Patients with stress initiating the symptoms of Graves' disease became hypothyroid earlier, 50% at 12 mo compared with 36 mo for the nonstress group, p = 0.01. At 10 yr 5% of the stress group remained euthyroid compared with 17% nonstress. We conclude that stress in the 12 mo or less before the onset of clinical symptoms potentiates the development of hypothyroidism induced by a standard dose of radioiodine.