Objective The study aims at assessing the triage knowledge and practices and their associated factors among emergency department nurses employed in King Fahad Medical City (KFMC), Saudi Arabia. Method The study employed a cross-sectional, descriptive, and correlational design. Data collection was carried out from February 11, 2021, until April 27, 2021. The study included all emergency department nurses who were working in the KFMC during the data collection period and excluded those who were on leave at the time of data collection. A self-reported questionnaire with adequate validity and reliability was used. Statistical analysis was performed using the IBM SPSS Version 25 employing descriptive statistics, independent t-test, one-way ANOVA, and Pearson correlation test. Results A total of 147 emergency department nurses completed the study. Participants demonstrated generally high levels of triage knowledge and triage practice. However, knowledge deficit and incorrect practice related to some aspects were noted. There were no significant differences in triage knowledge and practice according to participants’ demographics including gender, job title, qualification, emergency nursing training, and previous training in triage ( P > 0.05). Most participants ( n = 141, 95.9%) had access to their triage systems and the majority ( n = 79, 53.7%) utilize triage systems on a daily basis. Half said that only professional nurses performed the triage role ( n = 69, 46.9%). There was a significant positive relationship between triage knowledge and practice (r = 0.486, P < 0.01). Conclusion The respondents had a high level of triage knowledge and practice. However, they have some areas of knowledge deficit and some deficiencies in the conversion of their knowledge into practice. The study recommends the development of further training and education in emergency nursing to address knowledge deficits and incorrect triage practices.

Background: Urgent medications are regularly prescribed using the term "stat", which indicates that the medication should be administered within 30 min after it is ordered. However, many hospitals struggle to reliably administer stat medications within 30 min after they are ordered. This study involved developing and evaluating an automated intravenous dosage medication calculation tool (AIVDMCT) for reducing the time between the order and administration of stat medications to children at a pediatric emergency department (PED) in Saudi Arabia. Methods: This prospective observational study evaluated data from before (June-December 2016) and after (June-December 2017) the AIVDMCT was implemented for high-risk medications in our PED. Patients were considered eligible if they were <14 years old, weighed <40 kg, and required stat intravenous (IV) medications at the PED of our tertiary care hospital. Results: Implementation of the AIVDMCT significantly reduce the intervals between the time of order (TO) and the time of preparation (TP) (average time: 8.05 AE 3.42 min) and between the TP and the time of administration (TA) (average time: 3.74 AE 1.70 min). Furthermore, the interval from the TO to the TA was significantly reduced after the AIVDMCT was implemented (average time: 11.79 AE 4.48 min, P < 0.001). Conclusion:The AIVDMCT was associated with a significant reduction in the interval from the TO to the TA. This increased the proportion of stat medications that were delivered within the 30-min target window.

No abstract