Related Experiment Videos
Medication calculation skills of practicing paramedics
M W Hubble1, K R Paschal, T A Sanders
1Department of Health Sciences, Western Carolina University, Cullowhee, North Carolina 28723, USA. mhubble@wpoff.wcu.edu
Prehospital Emergency Care
|July 15, 2000
Summary
Practicing paramedics demonstrate poor medication calculation skills, particularly with infusion rates. Conceptual errors are common, and these skills are infrequently practiced or part of continuing education.
Area of Science:
- Emergency Medical Services
- Paramedic Education
- Clinical Skills Assessment
Background:
- Medication calculation proficiency is critical for patient safety in emergency medical services (EMS).
- Previous studies suggest deficits in drug calculation skills across various healthcare professions.
Purpose of the Study:
- To evaluate medication calculation competency in practicing paramedics.
- To identify specific types of drug calculations that pose the greatest challenge.
- To explore the correlation between calculation skills and demographic/professional factors.
Main Methods:
- A cohort of 109 paramedics completed a demographic survey and a 10-item medication calculation examination.
- Examinations were graded, and errors were categorized (conceptual, mathematical, conversion).
- Results were analyzed for correlations with education level and years of experience.
Main Results:
- Paramedics scored an average of 51.4% on the examination, indicating overall poor performance.
- Intravenous flow rate and bolus calculations had the highest accuracy (68.8%); percentage-based infusions were lowest (4.5%).
- Higher education correlated with better scores, while more experience correlated with lower scores. Conceptual errors predominated.
Conclusions:
- Practicing paramedics exhibit significant deficiencies in medication calculation skills, mirroring issues in other health fields.
- Limited clinical practice and lack of emphasis in continuing education contribute to skill deficits.
- Interventions focusing on improving calculation accuracy and integration into EMS training are warranted.