Title of article :
Determining Frequency of Prescription, Administration and Transcription Errors in Internal Intensive Care Unit of Shahid Faghihi Hospital in Shiraz with Direct Observation Approach
Author/Authors :
Vazin, Afsaneh Department of Clinical Pharmacy- Faculty of Pharmacy and Pharmaceutical Research Center - Shiraz University of Medical Sciences, Shiraz , Fereidooni, Mitra Department of Clinical Pharmacy- Faculty of Pharmacy and Pharmaceutical Research Center - Shiraz University of Medical Sciences, Shiraz
Abstract :
Medication errors (MEs) are the most common error in ICUs. In fact, 78% of all
serious errors in ICUs are due to MEs. Therefore, detecting MEs has vital
significance. The goal of this study was to investigate the frequency, type and
consequences of different types of errors including prescribing, transcribing and
administration errors in an ICU of a large teaching hospital. Disguised direct
observation method was used to detect errors. A pharmacy student observed 307 doses
in 46 days of 6 h shifts. Observation data were entered in a form designed specifically
for this purpose. Two hundred and fourteen MEs were identified in 307 doses. This
is equivalent to 69.7% of total error. The error breakdown is as follows: administration
errors 43.1%, preparation errors 24.1% and transcription errors 2.5%. Administration
techniques and monitoring were determined to be the most common errors of MEs.
Nearly, 89.4% of errors did not result in imminent danger to the patients. In the ICU
under this study, the most common MEs were administration and prescription
errors. To improve the quality of care in the ICU and reduce MEs, efforts should
be directed to correct the wrong administration technique and inappropriate
monitoring. The use of pharmacy department in drug preparation instead of drug
preparation by nurses, using protocols for IV infusions, providing equipment and
trained personnel for therapeutic drug monitoring and measuring medications level
may help reduce suboptimal drug prescription and administration.
Keywords :
Critical care units , Frequency , Intensive Care Units , Medication errors
Journal title :
Astroparticle Physics