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Published on: September 11, 2018
Neonatal poisonings in middle Anatolia of Turkey: an analysis of 72 cases
S Kurtoglu1, H Caksen, M H Poyrazoglu
1Department of Pediatrics, Erciyes University Faculty of Medicine, Kayserï-Turkey.
Insights
Newborn poisoning is a significant concern, with many infants affected by maternal medications like magnesium sulfate during pregnancy or delivery. Close monitoring and careful drug administration are crucial to reduce neonatal mortality.
Area of Science:
- Pediatrics
- Neonatology
- Toxicology
Background:
- Newborn poisoning poses a critical health risk, often linked to maternal medical treatments during pregnancy and delivery.
- Understanding the causes and outcomes of neonatal poisoning is vital for improving infant care and reducing mortality rates.
Purpose of the Study:
- To evaluate the incidence and causes of poisoning in newborn infants.
- To highlight the importance of newborn poisoning within the broader context of childhood poisoning.
- To identify risk factors and recommend preventative measures for neonatal poisoning.
Main Methods:
- Retrospective evaluation of 72 newborn infants diagnosed with poisoning between 1975 and 1997.
- Analysis of infant demographics, maternal medical history, poisoning agents, and treatment outcomes.
- Review of mortality data and causes of death.
Main Results:
- 65.2% of infants experienced poisoning before or during delivery, often associated with maternal preeclampsia/eclampsia treated with magnesium sulfate.
- Common causes of poisoning in the newborn period included organophosphate insecticides, corrosive agents, and medication overdoses (digoxin, phenobarbital).
- The overall mortality rate was 17%, with deaths attributed to sepsis, meningitis, respiratory distress syndrome, necrotizing enterocolitis, and adverse drug effects.
Conclusions:
- Newborns whose mothers received magnesium sulfate or other medications during pregnancy/delivery require close monitoring.
- Accurate drug dose calculation and administration by hospital nurses are essential.
- Preventative measures include removing infants during room disinfection with organophosphates and educating mothers on medication use.
Abstract:
In this study, 72 newborn infants who were followed with the diagnosis of poisoning in Erciyes University Faculty of Medicine, Department of Pediatrics, Division of Neonatology, between 1975 and 1997 were evaluated retrospectively. Our purpose was to emphasize the importance of newborn poisoning among general poisoning in childhood. The age of infants ranged from 10 min to 25 days (0.82 +/- 2.81 days). Forty-seven (65.2%) infants were poisoned before or during delivery. Of the 47 infants' mothers, 46 had preeclampsia or eclampsia, and 27 received only magnesium sulfate; nine magnesium sulfate + diazepam; four magnesium sulfate + nifedipine; and the others received various drug combinations. Aside from these, one mother had Addison's disease and she used long-term dexamethasone during her pregnancy. In the newborn period, five (6.9%) infants inhaled organophosphate insecticides; eight (11.1%) ingested corrosive agents (four benzalkonium chloride; three chlorhexidine gluconate + cetrimide and an infant ammonium); four (5.5%) were poisoned by overdose of digoxin; three (4.1%) ingested overdose of phenobarbital; and two (2.7%) received acepromazine maleate. In addition, each infant ingested diphenoxilate HCL + atropine sulfate, pipenzolate bromid and tizanidine HCL. Follow-up period of the infants ranged from 24 hr to 26 days (0.82 +/- 2.81 days). The mortality rate was 17% (12/72). Death was not noted in the infants who were followed with poisoning after delivery. The causes of death were as follows: sepsis in four infants, meningitis, respiratory distress syndrome and necrotizing enterocolitis in two infants each, and the effects of overdose of magnesium sulfate and diazepam in two infants, respectively. In conclusion, we would like to stress that newborn infants whose mothers received magnesium sulfate or another drug during pregnancy or delivery should be closely monitored, and calculation of drug doses should be carefully taught to hospital nurses. When baby-rooms are disinfected with organophosphate insecticides in a hospital or house, infants should be removed from the room for at least 24 hr, and use of drugs should be explained in detail to the mothers.
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