Title of article :
The Rate of Physicochemical Incompatibilities, Administration Errors. Factors Correlating with Nurses᾽ Errors
Author/Authors :
Fahimi, Fanak Clinical Pharmacy Department - School of Pharmacy - Shahid Beheshti University of Medical Sciences, Tehran , Sefidani Forough, Aida Clinical Pharmacy Department - School of Pharmacy - Shahid Beheshti University of Medical Sciences, Tehran , Taghikhani, Sepideh Chronic Respiratory Disease Research Center (CRDRC) - NRITLD - Masih Daneshvari Hospital, Tehran , Saliminejad, Leila Lung Transplantation Research Center - NRITLD - Masih Daneshvari Hospital, Tehran
Abstract :
Medication errors are commonly encountered in hospital setting. Intravenous medications
pose particular risks because of their greater complexity and the multiple steps required in their
preparation, administration and monitoring. We aimed to determine the rate of errors during the
preparation and administration phase of intravenous medications and the correlation of these
errors with the demographics of nurses involved in the process. One hundred patients who were
receiving IV medications were monitored by a trained pharmacist. The researcher accompanied
the nurses during the preparation and administration process of IV medications. Collected data
were compared with the acceptable guidelines. A checklist was filled for each IV medication.
Demographic data of the nurses were collected as well. A total of 454 IV medications were
recorded. Inappropriate administration rate constituted a large proportion of errors in our study
(35.3%). No significant or life threatening drug interaction was recorded during the study.
Evaluating the impact of the nurses’ demographic characteristics on the incidence of medication
errors showed that there is a direct correlation between nurses’ employment status and the rate
of medication errors, while other characteristics did not show a significant impact on the rate
of administration errors. Administration errors were significantly higher in temporary 1-year
contract group than other groups (p-value < 0.0001). Study results show that there should be
more vigilance on administration rate of IV medications to prevent negative consequences
especially by pharmacists. Optimizing the working conditions of nurses may play a crucial role
Keywords :
Physiochemical incompatibility , Preparation and administration error , Medication error , IV medication , Intravenous administration
Journal title :
Astroparticle Physics