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VAP
Rates Reduced Through Staff Education Programme
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In
a study undertaken by Dr Nawal Salahuddin (right), Assistant
Professor, lectures, tutorials, bedside teaching and visual
aids were used to educate ICU nursing, technical and medical
house staff about preventive practices for ventilator-associated
pneumonia.
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Ventilator-associated
pneumonia (VAP) is among the most common causes of hospital-acquired
infections worldwide. On average, VAP is reported to complicate
between 20 and 60 per cent of all ICU admissions in the western
world while data from Pakistan is comparable at rates of 20
to 40 per cent. Such alarming rates led Dr Nawal Salahuddin,
Assistant Professor in the Section of Pulmonary and Critical
Care Medicine at AKU, to undertake a research study aimed at
reducing the incidence of VAP at Aga Khan University Hospital.
VAP adds
considerable costs to patient care, in terms of increased morbidity
and mortality as well as direct monetary costs of care,"
says Dr Salahuddin. Focusing on prevention of infection, an
educational plan was devised that stressed locally available
and low-cost measures. Lectures, tutorials, bedside teaching
and visual aids were used to educate ICU nursing, technical
and medical house staff about preventive practices for VAP,
with senior ICU nursing staff ensuring that all shift workers
were exposed to the programme. Besides Dr Salahuddin, team members
included Dr Afia Zafar, Dr Shahid Javed Husain, Dr Shahla Siddiqui,
Dr Muhammad Farrukh Noor, Dr Kashif Hussain, Laila Sukhyani
and Muhammad Islam.
Infection
Control nurses played a key role in collecting and collating data.
From January 1 to December 31, 2002, 39 episodes of ventilator-associated
pneumonia occurred during a total of 3,140 ventilator days among
333 patient admissions. A mean VAP infection rate of 13 ±
1.2 per 1,000 ventilator days was calculated for the pre-intervention
period. In the corresponding post-intervention period in 2003, 19
episodes of VAP were recorded in a total of 2,905 ventilator days
among 344 patient admissions. This corresponds to a VAP infection
rate of 6.5 ± 1.5 per 1,000 ventilator days, representing
a statistically and clinically significant reduction.
A 51 per cent reduction in VAP rates occurred by educating and reinforcing
accepted preventive practices. "What is exciting is that we
were able to make such a major impact simply by putting these measures
together," explains Dr Salahuddin. "And what makes these
results particularly meaningful is that no costs were added to patient
care."

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