making a positive impact on patient care: a case study of children’s national medical center...
DESCRIPTION
In this presentation, Joseph Campos of Children’s National Medical Center discusses healthcare and laboratory testing using Lean, and the 5 Lean principles that apply to the laboratory. He shares three case studies from his lab: microbiology lab workload and staffing data, microbiology incoming work cell and automated culture plate inoculation. Joe also discusses the difference between and traditional approach to microbiology testing versus a Lean approach.TRANSCRIPT
Making a Positive Impact on Patient Care: A Case Study of Children’s National Medical Center Clinical LaboratoryPresented by: Joseph M. Campos, PhD, D(ABMM), F(AAM)Children’s National Medical Center, Washington, DC
Your Presenter Today
• Obtained AB (1968), MA (1970), and PhD (1976) in Bacteriology from the University of California, Berkeley.
Joseph M. Campos, Ph.D.,
D(ABMM), F(AAM)Children’s National Medical Center, Washington, DC
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University of California, Berkeley.• Served as Director of the Microbiology Laboratory at both Children’s Hospital of
Philadelphia (1978-1985) and at Children’s National Medical Center (1985-present). He is also Director of the Molecular Diagnostics Laboratory and Director of Laboratory Informatics at Children’s National Medical Center.
• Tenured Professor of Pediatrics, Pathology, and Microbiology/Immunology/Tropical Medicine at George Washington University Medical Center and is board-certified by the American Board of Medical Microbiology.
• Currently is serving his fourth year in the elected position of Secretary of the American Society for Microbiology.
What We’ll Cover Today
• Healthcare and Laboratory Testing Using Lean
• 5 Lean Principles that Apply to the Laboratory
• Case Studies– Microbiology Laboratory Workload and Staffing
DataData
– Microbiology Incoming “Work Cell”
– Automated Culture Plate Inoculation
• Microbiology Testing – Traditional vs. Lean Approach
• Summary
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Healthcare and Lean
• Lean principles can be applied to activities that have a defined series of steps during preparation of products
• Healthcare and laboratory testing in particular are ideal targets for Lean
• Presently the waste in the healthcare system of the U.S. alone is monumental amounting to $850
Start
Step 1
Decision Step Y1Yes
is monumental amounting to $850 billion per year
• A Lean overhaul of the hospital laboratory can eliminate wasteful activity and inactivity, reduce costs, improve patient outcomes, and provide for safer healthcare encounters
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Step N1
Step 3
Finish
Step Y2
No
Laboratory Testing and Lean
• The main objective of a Lean laboratory reorganization is to deliver the highest quality test results, at the lowest cost, within the shortest time frame, while improving physician/patient satisfaction
• The deliverables of a • The deliverables of a successful Lean laboratory reorganization are: – Improved operational performance
– Standardized processes
– Fewer errors during testing
– Better employee morale
– Increased patient/employee safety
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Five Lean Principles that Apply to the Laboratory
1. Value: Strive to increase the value of testing from the physician/patient perspective
2. Value Stream: Define the steps of testing processes and eliminate wasteful activities and inactivities
3. Flow: Make each testing process flow as consistently as process flow as consistently as possible
4. Pull: Maintain a “just-in-time” inventory of supplies
5. Continuous Improvement: Seek perfection by constantly reviewing the steps of the testing processes
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Implementation of Lean at CNMC
• Microbiology Laboratory workload and staffing data were pre-submitted to Guidon Performance Solutions
• A 3.5 day laboratory assessment was conducted on-site by Guidon
• The focus was on the blood culture • The focus was on the blood culture and urine culture value streams
• Recommendations were made regarding maximal use of available staff, opportunities for automation, and more efficient utilization of laboratory space
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Microbiology Testing – The Traditional Approach
0000 – 1600
New specimens are examined microscopically and inoculated to culture media
Day Zero 1600 – 2400
New specimens are examined microscopically and inoculated to culture media
0800 – 1600
Culture media are examined for growth and identification/antimicrobial susceptibility tests are set up
Day One 0800 – 1600
Culture media are reincubated to allow more time for organisms to grow
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0800 – 1600
Identification/antimicrobial susceptibility test results are reviewed and released to the physician
Day Two 0800 – 1600
Culture media are examined for growth and identification/antimicrobial susceptibility tests are set up
Day Three 0800 – 1600
Identification/antimicrobial susceptibility test results are reviewed and released to the physician
Microbiology Testing – The Lean Approach
0000 – 2400
New specimens are examined microscopically and inoculated to culture media
Day Zero
0000 – 2400
Culture media are examined for growth and identification/antimicrobial susceptibility tests are set up
16 Hours Later
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susceptibility tests are set up
0000 – 2400
Identification/antimicrobial susceptibility test results are reviewed and released to the physician
18-24 Hours Later
Traditional Versus Lean Microbiology Testing
• In the traditional testing scenario, work is performed when the laboratory staff is ready –organisms wait for the staff to be available on the next day shift
• In the Lean testing scenario, work is performed when the organisms are ready – staff is always available to begin work on available to begin work on positive cultures
• In the traditional testing scenario, final results of positive cultures are available in 40-64 hours
• In the Lean testing scenario, final results of positive cultures are available in 34-40 hours
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Other Lean Microbiology Improvements
• Creation of “work cells” to minimize unnecessary movement and motion
• More frequent deliveries of culture media and reagents to lessen inventory storage requirements and deterioration of labile materials
• Automation of mindless repetitive • Automation of mindless repetitive steps to eliminate human error and free up staff for brain-intensive activities
• Use of information technology to standardize culture workups –reducing inefficiency and mistakes
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Microbiology Incoming “Work Cell”
• Photo A– Specimen processing hood, continuously monitored
blood culture instruments, and Gram staining sink in the left foreground
• Photo B– Automated culture media inoculator and incubators
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(A) (B)
Automated Culture Plate Inoculation
• The goal of a microbiology culture is to furnish well-isolated
Manual ManualAutomated Automated
• The goal of a microbiology culture is to furnish well-isolated colonies for additional testing
• The photos above illustrate how much better the automated culture medium inoculator does than a human
• In this example, identification and antimicrobial susceptibility results would be available at least 18 hours sooner from the media inoculated with the automated instrument
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Summary
• While still in progress, the Lean-based reorganization of our Microbiology Laboratory has already eliminated a great deal of wasted time and effort
• The changes to our laboratory are being achieved without increasing our space nor the increasing our space nor the number of our staff
• Most importantly, the clinical utility of our test results are being improved because they are less prone to human error and are available on a more timely basis
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Mission Accomplished!
Questions?
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Guidon Performance Solutions
Thank YouGuidon Performance Solutions
866-986-4414 or [email protected]
www.GuidonPS.com
© 2008 Guidon Performance Solutions, LLC. All rights reserved. Guidon Performance Solutions is a licensee of LeanSigma®, a service mark of TBM Consulting Group.
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