Title: Big Changes through Small Steps Atlantic Note Quality Improvement Workshops
1EPIC/PHSIQuality Improvement Workshop
Interventions to prevent nosocomial infection and
future directions
Khalid Aziz November 10, 2006
2Janeway Childrens Health and Rehabilitation
Centre, St. Johns NL
3Acknowledgements
- Nosocomial infection team centres
- Childrens Womens Health Centre of BC
- Janeway Childrens Health and Rehabilitation
Centre - IWK Health Centre
- Hospital for Sick Children
- St. Josephs Hospital
- Royal Alexandra Hospital
4Objectives
- Nosocomial infection team interventions
- Methodologies
- Proposed methodologies for future interventions
5Interventions
- Teams were involved in developing interventions
- Interventions were truly interdisciplinary
- Interventions applied to diverse groups such as
housekeeping, parents, respiratory therapy - Interventions were made in each institution
according to local priorities
6Reviews
- Varied in rigour
- Local interests
- Team interests
- Investigation of established reviews (eg CDC
guidelines) - Qualitative themes of focus groups
- Literature reviews
- Baseline EPIC results
7Baseline EPIC results
- PICCs reduce nosocomial infection in some centres
- Positive urine culture is as common as positive
blood culture in centres who did both - Culture negative sepsis and suspected sepsis are
a considerable burden in NICU - Units vary in their use of antibiotics for
nosocomial infection, particularly vancomycin and
cefotaxime
8Baseline data UAC sepsis
9Baseline data PICC sepsis
10Baseline data
PICC sepsis by centre
11List of interventions 1
- Hand hygiene
- Gloves and gowns
- Skin care
- Skin breaks
- Care of PICC lines
12List of interventions 2
- Choice of first line antibiotics
- Duration of empiric antibiotic therapy
- Care of ventilator circuits
- Visiting policy
- Staff education
13Hand hygiene
- Add alcohol based waterless cleanser to hand
cleansing areas/entrances to NICUs/improve
availability of alcohol based cleansers/provide
staff with 60ml bottles of hand hygiene to be
kept on person - Communicate handwashing protocol
- Increase vigilance in respect to the wearing of
jewelry
14Gloves and gowns
- Discontinue use of routine gloves and gowns
15Skin care
- Cleanse umbilical sites with antiseptic (aquaphor
ointment) prior to umbilical line placement - Infants less than 32 weeks bathed only with warm
water (no soap) during 1st week (mineral water
prn) - Use of 2 aqueous chlorhexidine rather than
alcohol for skin antisepsis for infants with
birth weight less than 1000g
16Skin breaks
- Skin break audit
- Compliance with initiation of peripheral IV
therapy policy - Reduce number of skin pokes
- Restrict number of pokes to 1-2 per person
- Restrict number of staff participating in the
process - Implement algorithms for blood sampling and IV
starts both algorithms define number of pokes
per person and number of people participating
17Skin breaks (pokes audit)
18Skin breaks (IV starts audit)
19Care of PICC lines
- PICC line insertions restricted only to nurses
who have been certifiedreduce - PICC line dressings to prn
- Observe CDC guidelines for central lines
20Choice of first line antibiotics
- On admission ampicillin and gentamicin
- Change first line abx to cloxacillin and
gentamicin for suspected nosocomial sepsis until
blood culture sensitivities received or unless
the neonate has septic shock, suspected
meningitis or necrotizing enterocolitis (then
vancomycin and/or cefotaxime - Caremap for choosing antibiotics
21Choice of first line antibiotics
22Duration of empiric antibiotic therapy
- Discontinue antibiotics if blood cultures are
negative after 36 hours (assuming the baby is
well)
23Duration of empiric antibiotic therapy
24Care of ventilator circuits
- Change ventilator circuits when visibly
contaminated, malfunctioning, and between
patients
25Visiting policy
- 2 visitors per neonate in NICU at any one time
26Staff education
- Encourage staff influenza immunization
27Future directions
- Revisions
- New interventions
- Standardization of reviews
28Revisions
- New information since 2001
- Greater rigour
- Interprofessional approaches
- Site-specific issues
- Larger pool of reviewers
- New expertise in larger number of centres
29New interventions
- 5 years more of clinical studies (e.g. caffeine)
- New systematic reviews
- Data from EPIC-1 (e.g. benefits of PICC
placement, incidence of UTI) - Larger pool of participants for hypothesis
generation - Ownership of CNN database
30Standardization of reviews
- What might the advantages be to standardization
of the review process? - Ease of review
- Ease of cataloguing and presentation
- Ease of revision
31Standardization of reviews
- What might the disadvantages be of a standardized
approach? - Need to encompass qualitative and quantitative
data - Appears challenging to non-academic reviewers
- Time-consuming, particularly when a review or
guideline already exists (do we need to re-review
the original studies?)
32Suggested review methodologies
- Adaptation of an existing guideline(s) (eg CDC
guideline on central line care) - The ILCOR methodology (as used by the
International Liaison Committee on Resuscitation
for the 2005 recommendations) - Informal methodologies
33The ILCOR Consensus Process
- Step 1 State the proposal
-
- Step 2 Assess the quality of each study
-
- Step 3 Determine the class of recommendation
34The ILCOR Consensus Process
- Step 1A. Refine the research question(s)
- Step 1B. Gather the evidence
-
- Step 2A. Determine the level of evidence (levels
1-8) - Step 2B. Critically assess each article for
quality of design methods - Step 2C. Determine the direction of the
results/statistics - Step 2D. Cross-tabulate by level, quality and
direction combine summarize -
- Step 3. Determine the Class of Recommendation
35The ILCOR Consensus ProcessStep 1 State the
Proposal
To create a new guideline encouraging the use of
continuous positive airway pressure (CPAP) or
positive end expiratory pressure (PEEP) during
neonatal resuscitation in the delivery room,
particularly for very premature infants.
36The ILCOR Consensus Process
- Step 1A. Refine the research question(s)
- During the resuscitation of very premature
infants the use of CPAP will reduce the babys
oxygen requirements and the need for ventilation. - The use of either CPAP or PEEP during the
resuscitation of very premature infants at birth
will reduce the proportion requiring oxygen when
they reach the equivalent of 36 weeks gestation.
37The ILCOR Consensus Process
- Step 1B. Gather the evidence
- Search with MESH headings all fields CPAP AND
resuscitation limited to the first 28 days, PEEP
AND resuscitation limited to the first 28 days,
neonatal resuscitation, delivery unit AND
resuscitation. - Cochrane database of systematic reviews.
38The ILCOR Consensus ProcessStep 2 Assess the
quality of each study
Step 2A. Determine the levels of evidence
39The ILCOR Consensus ProcessStep 2 Assess the
quality of each study
Step 2A. Determine the levels of evidence
40The ILCOR Consensus ProcessStep 2 Assess the
quality of each study
Step 2B. Critically assess each article
for quality of design methods
41The ILCOR Consensus ProcessStep 2 Assess the
quality of each study
Step 2C. Determine the direction of the
results/statistics
42The ILCOR Consensus ProcessStep 2 Assess the
quality of each study
Step 2D. Cross-tabulate by level, quality
and direction combine and summarize
43The ILCOR Consensus ProcessStep 2 Assess the
quality of each study
Step 2D. Cross-tabulate by level, quality
and direction combine and summarize
44The ILCOR Consensus ProcessStep 3 Determine the
class of recommendation
45The ILCOR Consensus ProcessConclusion(s)
- Converting the scientific recommendations into
clinical implications. - Ultimately, no recommendation was made to use
CPAP on its own as a means of resuscitating
babies.
46Informal methodologies
- Common sense.
- Inadequate or no evidence.
- Practised in centres with best outcomes.
47Questions???