Zeinab M Hassan1, Moayad A Wahsheh2. 1. School of Nursing, Hashemite University, Zarqa, Jordan. 2. Faculty of Physical Education and Sport Sciences, Hashemite University, Zarqa, Jordan.
Abstract
BACKGROUND: Ventilator-associated pneumonia is the most prevalent infection in Intensive Care Units, with the highest mortality rate; crude mortality rates may be as high as 20-75%. Many practices such as prevention measures (e.g. hand washing, wearing gloves, suctioning, elevated head of bed between 30° and 45°) have demonstrated an effect of reducing the incidence of this infection. AIMS: To identify the level of nurses' knowledge of ventilator-associated pneumonia and prevention measures before an educational programme, identify the level of nurses' knowledge on ventilator-associated pneumonia and prevention post an educational programme and identify the reasons for not applying ventilator-associated pneumonia prevention measures among nurses in Jordan. DESIGN: Pre- and post-intervention observational study. METHOD: Data based on a self-reported questionnaire from 428 nurses who worked in intensive care units were analysed. PowerPoint lectures, videos, printed materials and electronic materials were used in the intervention. Paired t-tests were used to test research questions. RESULTS: More than three-quarters of nurses had a low knowledge level regarding pathophysiology, risk factors and ventilator-associated pneumonia preventative measures. Nurses showed significant improvements in mean scores on the knowledge level of ventilator-associated pneumonia and prevention measures after an educational programme (p < 0.05). The main reasons for not applying prevention measures were the lack of time and no followed protocols in the units. CONCLUSION: Health education programmes about ventilator-associated pneumonia must be conducted among nurses in Jordan through continuous education. RELEVANCE TO CLINICAL PRACTICE: Hospital and nursing administrators should be actively involved in educational programmes and in assuring support for continuing education. Protocol for ventilator-associated pneumonia prevention should be developed based on current evidence-based guidelines.
BACKGROUND: Ventilator-associated pneumonia is the most prevalent infection in Intensive Care Units, with the highest mortality rate; crude mortality rates may be as high as 20-75%. Many practices such as prevention measures (e.g. hand washing, wearing gloves, suctioning, elevated head of bed between 30° and 45°) have demonstrated an effect of reducing the incidence of this infection. AIMS: To identify the level of nurses' knowledge of ventilator-associated pneumonia and prevention measures before an educational programme, identify the level of nurses' knowledge on ventilator-associated pneumonia and prevention post an educational programme and identify the reasons for not applying ventilator-associated pneumonia prevention measures among nurses in Jordan. DESIGN: Pre- and post-intervention observational study. METHOD: Data based on a self-reported questionnaire from 428 nurses who worked in intensive care units were analysed. PowerPoint lectures, videos, printed materials and electronic materials were used in the intervention. Paired t-tests were used to test research questions. RESULTS: More than three-quarters of nurses had a low knowledge level regarding pathophysiology, risk factors and ventilator-associated pneumonia preventative measures. Nurses showed significant improvements in mean scores on the knowledge level of ventilator-associated pneumonia and prevention measures after an educational programme (p < 0.05). The main reasons for not applying prevention measures were the lack of time and no followed protocols in the units. CONCLUSION: Health education programmes about ventilator-associated pneumonia must be conducted among nurses in Jordan through continuous education. RELEVANCE TO CLINICAL PRACTICE: Hospital and nursing administrators should be actively involved in educational programmes and in assuring support for continuing education. Protocol for ventilator-associated pneumonia prevention should be developed based on current evidence-based guidelines.