1.Sleep Position and Infant Care Practices in an Urban Community in Kuala Lumpur
R J Raja Lope ; W K Kong ; V W M Lee ; W T Tiew ; S Y Wong
The Medical Journal of Malaysia 2010;65(1):45-48
Several modifiable risk factors for sudden infant death
syndrome (SIDS) have been identified such as sleeping prone
or on the side, sleeping on a soft surface, bed-sharing, no
prenatal care and maternal ante-natal smoking. A crosssectional survey of infant sleep and care practices was conducted among parents of babies aged below 8 months to determine the prevalence and predictors of non-supine sleep position and the prevalence of other high-risk infant care practices for SIDS. Of 263 infants, 24.7% were placed to sleep in the non-supine position and age of infants was a factor positively associated with this (adjusted odds ratio 1.275, 95% CI=1.085, 1.499). The most common modifiable risk factor was the presence of soft toys or bedding in the infants’ bed or cot (89.4%). Results from this study indicate that although the predominant sleep position of Malaysian
infants in this population is supine, the majority of infants were exposed to other care practices which have been shown to be associated with SIDS.
2.A quality assurance study on the administration of medication by nurses in a neonatal intensive care unit.
R J Raja LOPE ; N Y BOO ; J ROHANA ; F C CHEAH
Singapore medical journal 2009;50(1):68-72
INTRODUCTIONThis study aimed to determine the rates of non-adherence to standard steps of medication administration and medication administration errors committed by registered nurses in a neonatal intensive care unit before and after intervention.
METHODSA baseline assessment of compliance with ten standard medication administration steps by neonatal intensive care unit nurses was carried out over a two-week period. Following this, a re-education programme was launched. Three months later, they were re-assessed similarly.
RESULTSThe baseline assessment showed that the nurses did not carry out at least one of the ten standard administrative steps during the administration of 188 medication doses. The most common steps omitted were having another nurse to witness drug administration (95 percent); labelling of individual medication prepared prior to administration (88 percent), checking prescription charts against patients' identification prior to administration (85 percent) and visually inspecting a patient's identification tag (71 percent) . Medication administration errors occurred in 31 percent (59/188) of doses administered, all due to imprecise timing of medication administration. There were no resultant adverse outcomes. Following implementation of remedial measures, there was a significant reduction in non-adherence of seven of the ten medication administration steps and the rate of medication administration errors (p-value is less than 0.001). However, in 94 percent of doses administered, the nurses still did not get a witness to countercheck calculations of drug dosages before administration.
CONCLUSIONNon-compliance with the standard practice of medication administration by nurses is common but can be improved by continuing re-education and monitoring, plus the implementation of a standard operating procedure.
Chi-Square Distribution ; Guideline Adherence ; Humans ; Infant, Newborn ; Inservice Training ; Intensive Care Units, Neonatal ; Medication Errors ; prevention & control ; Nurses ; Pharmaceutical Preparations ; administration & dosage ; Quality Assurance, Health Care