290 likes | 398 Views
Eliminating Pediatric CA-BSIs Marlene R. Miller, MD, MSc Vice Chair, Quality and Safety Johns Hopkins Children’s Center Vice President, Quality Transformation, NACHRI. GOALS. Explain how and why this effort started What have we achieved and learned in first year?
E N D
Eliminating Pediatric CA-BSIsMarlene R. Miller, MD, MScVice Chair, Quality and SafetyJohns Hopkins Children’s CenterVice President, Quality Transformation, NACHRI
GOALS • Explain how and why this effort started • What have we achieved and learned in first year? • Where are we now in NACHRI’s PICU CA-BSI Collaborative efforts?
Why CA-BSI ?The Problem: Adults and Children 250,000 cases per year in US 80,000 cases per year in ICU’s Attributable mortality: 9-25% Attributable cost: $25,000-$45,000 National groups asking for solutions Allows us to focus sharply on specific problem
Baseline Variation Across PICUs – We HAVE MUCH to learn from each other NNIS 90% NNIS 50% NNIS 10%
NACHRI PICU CA-BSI Collaborative:How Did We Form? • Began as small expert meeting where several PICUs presented their efforts on CA-BSI • PICUs realized that focusing on adult-based CA-BSI efforts was NOT reducing pediatric CA-BSI rates • Larger planning meeting with ~20 PICU experts to help develop actual bundles • Wrote up Charter and began recruiting PICUS
Sponsors and Contributors Key Sponsors of Collaborative NACHRI American Board of Pediatrics CHCQ: Center for Health Care Quality Johns Hopkins Bloomberg School of Public Health Johns Hopkins Quality and Safety Research Group Involved Parties CDC: Centers for Disease Control NOC: National Outcomes Center VPS: Virtual PICU Performance System Co-Chairs and Faculty from Diverse Institutions Content experts AND Process improvement experts
PICU CA-BSI Collaborative Structure STEERING COMMITTEE Chairs: Brilli MD, Miller MD Members: Huskins MD; Rice MD; Campbell RN; Ridling RN; Moss MD; Niedner MD; NACHRI Project Staff Statistics and Data Mitch Clinical, Improvement Science and Operational Jayne Gloria Mary K Phase I 29 units Began 9/2006 JHU SOPH JHU-SAQ CHCQ Phase II 33 units Began 5/2008
PICU CA-BSI Collaborative:Long Term Goals and Commitments • Produce effective and sustained changes in your ICUs via reliably doing best practice and building colleagues • Engage and educate providers in QI • Develop and sustain ABP MOC effort • Improve PICU safety culture and teamwork • Spread to all PICUs in USA • Generate new knowledge • Focus on minimizing costs while achieving and sustaining gains
CHARTER: Specific Goals Eliminate CA-BSI attributed to the PICU First year goals: • Decrease CA-BSI by 50% • 90% of central venous line insertions completed using collaborative insertion bundle • 70% of all central venous line catheter maintenance care performed using collaborative maintenance care bundle Improvement in PICU team function between physicians, nurses and other team members that results in a 10-point increase in Safety Culture score
Phase One: 29 PICU Teams in CA-BSI Collaborative Children’s Hosp & Regional Medical Center, Seattle U. of MN Children’s Hospital, Fairview Children’s Hospital Illinois Children’s Hosp of Wisconsin DeVos Children’s Hospital Penn State Children’s Hospital Children’s Hospitals & Clinics of Minnesota (Minneapolis/ St. Paul) Children’s Hospital Boston UC Davis Health System Beth Israel All 29 PICUs are Fully Transparent to Each Other Mayo Eugenio Litta Children’s Hospital Joseph M. Sanzari Children’s Univ of New Mexico Hospital U. of Mich, CS Mott Children’s Hospital AI DuPont Hospital for Children Duke Univ. Children’s Mercy Hospital Johns Hopkins Children’s Center Children’s Hospital of Los Angeles Children’s National Medical Center Cincinnati Children’s Hospital Cook Children’s Hospital Akron Children’s Hospital INOVA Fairfax Hosp for Children Kosair Children’s Hospital Children’s Hospital of Austin Arkansas Children’s Hospital
Insertion Bundle (Mainly MD practice) Insertion Checklist Empowerment of staff to interrupt unsafe practices Hand washing immediately prior CHG scrub (no iodine) at insertion site Full sterile barriers for all operators Maximal drapes for patient & bed Acceptable to use Femoral site Procedure cart / tray Polyurethane or Teflon catheters only Standardized training for all providers
Maintenance Bundle (mainly RN practice) Daily assessment whether catheter is needed Catheter Site Care Adhere to CDC-rec’d dressing change intervals/indications CHG scrub (not iodine) with dressing changes Prepackaged dressing change kit Catheter Hub / Cap / Tubing Care Adhere to CDC-rec’d tubing/cap change intervals/indications Prepackaged Cap Change Kit/Cart/Central Location
What have we achieved & learned in the first year? Where are we now in NACHRI’s PICU Ca-BSI Collaborative efforts? Where are we going?
What Have We Achieved and What Have We Learned? • Have our efforts on Insertion and Maintenance had an effect on pediatric CA-BSI rates? • Which components -- Ideal Insertion versus Ideal Maintenance – have greater effect on pediatric CA-BSI rate reduction?
Infection Rate, Insertion & Maintenance Compliance Data reflects first 12 months of effort with first 29 PICUS Pre-Collaborative Collaborative
Main driver for pediatric CA-BSI reduction is Maintenance Bundle not insertion practices NOTE: model is adjusted for stable vs. ramp-up effect, geographic region, bed capacity, and average length of stay.
Where are we now in NACHRI’s PICU CA-BSI Collaborative efforts?
Phase I Efforts as of May 2009 We can sustain
Phase II Efforts as of May 2009 We can spread!
New focus after achieving reliable insertion & maintenance Supplemental Maintenance-Related Factors (SMRFs) Biopatch CHG scrub for all line entries Both Biopatch and CHG Neither Biopatch and CHG We need to improve the collaborative bundles…..PICUs are in a factorial trial evaluating these 4 additional practice groups
SMRF graphs To date, no clear significant differences in pediatric CA-BSI rates between these 4 groups evaluating comparative effectiveness of biopatch and CHG; trial ended in June 2009 and formal statistical analysis pending
PICU CA-BSI ‘Take Home’ Messages PICU CA-BSI Collaborative impact: > 775 CA-BSIs prevented > $27 million dollars saved > 93 deaths prevented Reliable use of ideal Maintenance practices seems to have greatest impact New knowledge for children’s healthcare Model is sustainable and can uniquely support needed comparative effectiveness trials to create pediatric evidence
TAKE HOME MESSAGE KEY for Pediatric CA-BSI efforts Reliable Performance of Insertion and Maintenance Bundles
Top 10 Money-Smart Reasons to Join National Pediatric QI Collaboratives 1.Improve patient care and outcomes 2. Achieve Improvement faster by sharing pediatric specific and relevant ideas 3. Implement what works for children 4. Save Design and Development $$ 5. Reduce Costs – Share Infrastructure and Tools 6. Solves small sample, rare event problems 7. Multi-disciplinary and multi-institutional pediatric Faculty 8. Expand QI Knowledge and Capacity 9. Create effective Multidisciplinary Teams 10. American Board of Pedaitrics MOC Credit for Physicians
Who Do I Contact to Join? Jayne Stuart, MPH Director of Quality Transformation NACHRI Email jstuart@nachri.org Phone 919.241.4312 www.childrenshospitals.net
Marlene R. Miller, MD, MSc Title: Vice Chair Quality and Safety Hospital: Johns Hopkins Children’s Center Title: Vice President, Quality Transformation Organization: NACHRI Email: mmille21@jhmi.edu Phone: 410-955-5089 (Assistant: Lorraine Kelly) Dr. Marlene R. Miller is Vice Chair, Quality and Safety at Johns Hopkins Children’s Center and serves as Vice President, Quality Transformation at NACHRI. In these roles she oversees, coordinates, and expands ongoing quality and safety initiatives within the Children’s Center and serves to develop and expand the quality programmatic areas within NACHRI, especially the quality improvement and patient safety collaboratives. Dr. Miller is an associate professor of pediatrics at the Johns Hopkins University School of Medicine and an associate professor at the Johns Hopkins Bloomberg School of Public Health Department of Health Policy and Management. Speaker Information 29