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2013 Naffziger Lecture
Carlos A. Pellegrini MD FACS
The Henry N. Harkins Professor and Chair
Department of Surgery
University of Washington
Disclosures
No financial conflicts of interest
Officer of the American College of Surgeons
Founding member of one of organizations I will discuss today
The Surgeon as a Leader: Improving Quality, Decreasing Costs
Leadership
Quality Costs
Defining leadership
Leadership is a combination of a meaningful vision with the ability to influence others by non-coercive means.
Leadership is personal and is exercised using values and styles that must fit the circumstances (time, environment, etc.)
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IS THIS A NEW CONCEPT?
Surgeon’s role in leadership as it relates to Quality of Care
“End Results” – The Vision
Ernest Amory Codman, MD
5/17/2013 6
"We believe it is the duty of every hospital to establish a follow-up system, so that as far as possible the result of every case will be available at all times for investigation by members of the staff, the trustees, or administration, or by other authorized investigators or statisticians."
Codman’s Books – Reprinted
5/17/2013 7
Quack Medicine - Then
The Hype: Reality:
CNS Disorders
Compromised Organ function
Vitamin Deficiency
Headaches
Diarrhea & Abdominal Pain
5/17/2013 8
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Dubious Hair Growth Products
The Hype:“Discover the All-Natural Formula that’s Clinically Proven to Help You Retain and Regrow Your Hair.
If you are a man concerned about stopping hair loss, Our Product (Procerin) can help. It comes in a convenient tablet form and topical solution that are used daily for the treatment of male hair loss. It is an all-natural supplement available without a prescription. And, it has no side effects.”
5/17/2013 9
“There is a special place for people who complain about the healthcare system but do nothing to change it….it’s called
the doctors’ lounge”
1. QUALITY DEFINEDTaking on the “challenge”
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Quality in Medicine
The provision of care that is safe, effective, efficient, timely and patient centered for all those who are in need.
Crossing the Quality Chasm:A New Health System for the 21st Century
Quality in Medicine - Care
SAFE –primum non-nocere
EFFECTIVE – Evidence-based
EFFICIENT – No waste
TIMELY –
PATIENT CENTERED – preferences and values
UNIVERSAL – Reduce disparity
Crossing the Quality Chasm:A New Health System for the 21st Century
COSTS
The relationship of Quality to Costs -
The Next Era of Quality
Redefining Health Care: Creating Value-Based Competition on Results
Michael Porter, PhD
Elizabeth Olmsted Teisberg, PhD
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The Value Equation in Healthcare
Value = Health Care Outcomes
Dollars Spent
5/17/2013 17
The Goal of Value: To Guide Everyone’s Choices
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VALUE
The Value Compass
Bulletin of theACS May 2013
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Value Based Care
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National Tour Collecting health care leadership insights, best-practices and case studies from each tour stop to develop….
Exercising Leadership in QI
Identify practical opportunities for individual surgeons in the areas of� Training
� Certification
� Participation in National Programs of Quality
� Creation of Regional Programs
� Creation of Local Programs
� Teamwork The idea is how can You participate and Become a leader…..
Regardless of whether youWork in an Academic orIn a Private environment
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TRAININGFacing the challenge
Do not just “teach” – use training
Focus on the importance of Quality
Make Students-Residents-Fellows participate actively in safety and quality
Drive into them the notion of constant change
Create the ability to define “gaps”
Train to proficiency/competency/expertise
Training and Education of Residents
Knowledge Ability/dexterity
Values andAptitudes PROFESSIONAL
DEVELOPMENT /MOC
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Challenge yourself…..
Introduction of new technology� Is it for you?
� Is it in your field?
�Does meet “quality” criteria?
� Is it a gimmick?
Maintenance of Certification�Use the process to your advantage
4. THE ACS NSQIP(NATIONAL SURGICAL QUALITY IMPROVEMENT PROGRAM)
A professional organization meets the Challenge
Program Overview
• ACS NSQIP is a data-driven, risk-adjusted, outcomes-based surgical quality improvement program.
Quality Improvement Process
1. Hospitals abstract data.2. Data are analyzed by ACS NSQIP.3. Data are reported back to hospitals.4. Targets for improvement are identified5.Hospitals act on their data.6. Hospitals monitor interventions with data.
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99% Confidence interval
Low Outlier
High Outlier
Overall (Multispecialty) 30-Day Morbidity O/E Ratio s1/1/2007 - 12/31/2007O/E
Ratio
Report Identification Number
Interpretation of Results
Observed to Expected (O/E) Ratio• Hospital’s outcomes compared to the other ACS-NSQIP hospitals, adjusted for inter-hospital differences in patients’ characteristics, comorbidities, and preoperative laboratory values
LOW OUTLIER: If the upper bound of the O/E confidence interval is <1.0, the hospital’s outcomes are statistically better than expected. Thus, the hospital’s outcomes are “Exemplary.”
ACS NSQIP Hospital ID Number
HIGH OUTLIER: If the lower bound of the O/E ratio is >1.0, the hospital’s outcomes are statistically worse than expected. Thus, the hospital’s outcomes “Need Improvement.”
AS EXPECTED
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Low Outlier
High Outlier
Overall (Multispecialty) 30-Day Morbidity O/E Ratio s1/1/2007 - 12/31/2007O/E
Ratio
Report Identification Number
Interpretation of Results
ACS NSQIP Hospital ID Number
Over-Time Performance• Represents the hospital’s previous O/E ratios from the 10 most recent semi-annual reports
Current O/E Ratio
Low Outlier
High OutlierAs Expected
General Surgery 30-DayMortality
Observed Rate: 0.91%Expected Rate: 1.04%O/E Ratio: 0.88Status: As Expected
General Surgery30-Day Morbidity
Observed Rate: 12.01%Expected Rate: 11.32%O/E Ratio: 1.06Status: As Expected
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General Surgery: Cardiac Complications
Observed Rate: 0.17%Expected Rate: 0.4%O/E Ratio: 0.41Status: As Expected
General Surgery: Pneumonia
Observed Rate: 0.91%Expected Rate: 1.44%O/E Ratio: 0.63Status: As Expected
General Surgery: Unplanned Intubation
Observed Rate: 2.15%Expected Rate: 1.28%O/E Ratio: 1.68Status: Needs Improvement
General Surgery:Ventilator >48 Hours
Observed Rate: 2.49%Expected Rate: 1.62%O/E Ratio: 1.54Status: Needs Improvement
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General Surgery: DVT/PE
Observed Rate: 1.24%Expected Rate: 0.99%O/E Ratio: 1.26Status: As Expected
118 Hospitals in NSQIP 2005-2007
Reduced Complications
Reduced Disparities of Care
Improved Overall Quality
Ann Surg 2009
SURGICAL CARE AND OUTCOMES PROGRAM (SCOAP)
Creation of Regional Programs
Washington State initiatives to improve
surgical outcomes
Focus in process and outcomes
Led by Surgeons
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What is SCOAP?
A surgeon-led collaborative using a data driven quality surveillance and response system to deliver more appropriate, safer and higher qualitysurgical care across the Pacific Northwest
How does it work?� Surveillance of surgical process and outcome metrics
� Compares to other hospitals and to benchmarks
� Focused on a given operation
� Created and monitored by surgeons
What does SCOAP provide?
• Washington State program targeting quality and cost-effectiveness
• Clinicians define metrics and hospitals track them • Improve through benchmarking and intervention
� SCOAP Reports � SCOAP Regional meetings� SCOAP Box newsletters� SCOAP Interventions� SCOAP ROI
Surgeons Get “Signal”
SCOAP has 3 high-level signalsRed=Metrics that are greater than one standard deviation away from SCOAP average
Yellow=Metrics that do not reach the SCOAP average
Green= Metrics that meet or exceed the benchmark performance rate
Note: Metrics in gray are at least meeting the SCOAP average, but do not meet the benchmark rates
How To Read A SCOAP Report
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Who runs SCOAP?
Administrative home� Foundation for Healthcare Quality
Research/creative home� University of Washington Department of Surgery’s
Surgical Outcomes Research Center (SORCE)Clinician-based advisory boardFunding� Hospital pays abstractors and modest yearly fee � Life Science Discovery Fund supported expansion
The Scope of SCOAP
SeattleSpokane
Yakima
•Wenatchee
Richland
Port Townsend
Sunnyside
Aberdeen Kirkland
Portland
Longview
Port Angeles
Mt Vernon
Tacoma
Olympia
Variability in Processes of Careand Outcomes in WA state
SCOAP Data
Variability in Outcome
Bile duct injury in Washington State 1987-2004
0.00%
0.50%
1.00%
1.50%
2.00%
2.50%
3.00%
3.50%
0 5 10 15 20 25 30 35 40Hospital
% C
BD
Inju
ry
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Variability in Process
Use of Cholangiography in Washington State
0.00%
20.00%
40.00%
60.00%
80.00%
100.00%
0 10 20 30 40 50 60 70 80 90
Hospital
% IO
CColorectal Surgery Outcomes
0.00%
5.00%
10.00%
15.00%
20.00%
25.00%
90-day mortality
Time Trends
SCOAP Data 2006 - 2008
Colon Resection Reoperation RateBy Hospital, 1987-2004
0.00%
5.00%
10.00%
15.00%
20.00%
25.00%
30.00%
35.00%
40.00%
0 10 20 30 40 50 60 70 80 90 100
Before SCOAP Variability
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Colon Resection ReoperationSCOAP data 2009
0%
5%
10%
15%
20%
25%
30%
35%
40%
SCOAP Hospitals
Pre-SCOAP
~1500 fewer reoperations
Re-operative ComplicationsElective Colon Resection
Testing for Leak in OR Prevents Reoperation After OR Driving Evidence-Based Surgery
Avoiding Transfusion in Elective General SurgeryAvoiding Transfusion in Elective General Surgery
0%
20%
40%
60%
80%
100%
2006 Q1 07 Q2 07 Q3 07 Q4 07 Q1 08 Q2 08 Q3 08 Q4 08 Q1 09
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Driving Evidence-Based Surgery
0%
20%
40%
60%
80%
100%
2006 Q1 07 Q2 07 Q3 07 Q4 07 Q1 08 Q2 08 Q3 08 Q4 08 Q1 09
Better Diabetes Management in ORBetter Diabetes Management in OR
Multi-Disciplinary
Proper Lymph Node Management in CancerProper Lymph Node Management in Cancer
0%
20%
40%
60%
80%
100%
Q1 06 Q2 Q3 Q4 Q1 07 Q2 Q3 Q4 Q1 08 Q2 Q3 Q4
2005-2010 Colorectal Surgery in WA
Non-SCOAP SCOAP
Cost 18,210 12,400
30-day mortality 2.4 1.4
Composite Adverse Events
31% 26%
30 day cost 20,550 16,850
Cost per day 3100 2700
18707 patients (8127 SCOAP)
Cost of Colo-rectal Procedure in relation to time in SCOAP
Among 18,707 procedures State of WA
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$10,000
$12,000
$14,000
$16,000
$18,000
$20,000
$22,000
2006 2007 2008 2009Non-SCOAP SCOAP
Bending the Cost Curve
$ 67.3 Million
Ave
rage
Cos
t/Cas
e (2
009
dolla
rs)
All SCOAP Procedures combined (35,994 patients)
Leadership and SCOAP
Leadership and SCOAP
First Public Campaign
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London, UK EURO EMRO
WPRO I
SEARO
AFRO
PAHO I
Amman, JordanToronto, Canada
New Delhi, India
Manila, Philippines
Ifakara, Tanzania
WPRO II
Auckland, NZ
PAHO II
Seattle, USA
The Checklist was piloted in 8 cities
Outcomes before and after Checklist
Haynes A et al. N Engl J Med 2009;360:491-9
Checklist and Safety
DeVries et al, studied the effects of a comprehensive checklist � 6 hospitals (2 academic, 4 large community)
� Comprehensive (preop, intraop, immediate post-op, late post-op to discharge)
� Multidisiplinary list – surgeon, nurse, anesthetist, assistant (all responsible for parts of checklist)
� 3 months before list, vs 3 months a year after introduction of checklist
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De Vries et al,
Complications decreased
From 27.3% to 16.7%
Mortality decreased From
1.5% to 0.8%
Hospital Performance: Processbefore and after checklist implementation
50%
60%
70%
80%
90%
100%
BB cont'd PBG checked Normothermia DVT proph Abx on time
% of
electi
ve co
lon/re
ctal c
ases
Q1 2008
Hospital Performance: Processbefore and after checklist implementation
50%
60%
70%
80%
90%
100%
BB cont'd PBG checked Normothermia DVT proph Abx on time
% of
electi
ve co
lon/re
ctal c
ases
Q1 2008 Q4 2009
Hospital Performance: Processbefore and after checklist implementation
50%
60%
70%
80%
90%
100%
BB cont'd PBG checked Normothermia DVT proph Abx on time
% of
electi
ve co
lon/re
ctal c
ases
Q1 2008 Q4 2009
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Hospital Performance: Outcomesbefore and after checklist implementation
0%
2%
4%
6%
8%
10%
12%
Wound opened Reoperation CAE
% of
electi
ve co
lon/re
ctal c
ases
Q1 2008 Q4 2009
Focus on Decision Making: Hospital
PATIENT
DOCTOR’S OFFICE
OPERATING ROOM
Focus on Decision Making: Clinic
PATIENT
DOCTOR’S OFFICE
OPERATING ROOM
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What is Strong for Surgery?
State-wide public health campaign � Evidence-based practices to optimize the health of
patients prior to surgery
� 5 Pilot sites: � Virginia Mason
� Swedish
� Skagit Valley Medical Center� Harborview
� UW Medical Center
Optimizing nutrition
Smoking Cessation
Medications
Blood sugar control
Checklists
Why a Public Health Campaign?
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Average of 17 years before new knowledge from randomized clinical trials is incorporated into widespread clinical practice!
Public Health Campaign
Statewide awareness� Media events� Website
Mobilizing the community� Strategic partnerships
Surveillance and Feedback� Change in behavior
Learning Healthcare System in Washington State
QI Performance Surveillance
Translation of Research into Practice
Patient Voices Project
Stakeholder Engagement
Research and
Development
Comparative Effectiveness
Research Translational
Network
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www.strongforsurgery.org
The Surgeon as a Leader in QI
There are many opportunities….
All that it requires is willingness and commitment on the part of surgeons….
Everyone here can be an active participant…
The ACS offers a platform….
Go do it !
Change System/Individual Behavior
EducationSurveillance and Feedback
Administrative Changes
Peer to peer forces
PenaltiesRewards
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Ideal Change Team Members
Administration and hospital leadershipSurgeons
Practice Manager
RNs
MAsDietitians
Other office staff
ConclusionProgress and innovation in science and medicine have outpaced quality improvements in the delivery of careSociety is paying attention to the safety, efficacy and compassion with which medicine is appliedThere is an opportunity for surgeons to make a substantial impact in this areaSuch an impact requires moving beyond traditional measures Awareness and willingness to join the quality process is a first good step Commitment, not just involvement needed
7. AS A PERSON – AS AN INDIVIDUAL
What can the surgeon do?A. MONITOR FATIGUE
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sleep
40-hr awake
06-12
Lapses of attentions in health adults as a function of time awake (Dinges, 2000)
Logical reasoning performance:Effects of 1 and 2 nights without sleep on
From Heslegrave et al.
Failures to respond for 30 sec on a vigilance task across 42 hours of total sleep deprivation
From Konowal et al. (1999)
time of peak occurrence
7:00 to 8:00 a.m.
Failures to respond for 30 sec on a vigilance task across 42 hours of total sleep deprivation
Psychomotor performance as a function of hours awake relative to blood alcohol concentration
From Dawson & Reid (1997)
0.08
22 hours awake = 0.08 BAC
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Fatigue countermeasure experiments have also been undertaken in simulator and field experiments, such as those performed by the NASA Ames Fatigue Countermeasures Program. Experimental
sleep loss1Long-haul
flight crews3Obstructive sleep apnea2
minutes performing PVT
no sleep loss
1 night without sleep
before CPAP treatment
night flights without a nap
night flights with a nap
after CPAP treatment
1. Dinges et al. (1994)2. Kribbs et al. (1993)3. Rosekind et al. (1994)
Effect of experimentally, medically and occupationally-induced sleep loss on vigilance
“It’s impossible” said Pride
“It’s risky” said experience
“It’s pointless” said Reason
“Give it a try….” whispered the heart
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Improving Outcomes through Pre-hospital Checklists
• Clinician-led QI using clinical data
Focus on quality and cost-effectivenessData
Impacts behavior through:� Benchmarking� Education� Standard orders� Checklists
Focus on Decision Making
PATIENT
DOCTOR’S OFFICE
OPERATING ROOM
Why Nutrition?
Malnutrition is prevalent in surgical patients.Best determinant of surgical outcome.
Modifiable with appropriate intervention.
Immunonutrition may improve recovery.
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Why Blood Sugar?
Link between high blood sugar levels and SSIs• Hyperglycemia - doubled risk of SSI• In some studies 47% of hyperglycemic episodes were in
nondiabetics !
470 million people worldwide will have prediabetes by 2030 1
� 5%-10% per year will progress to diabetes
35% of US adults older than 20 yrs of age and 50%greater than 65 years had prediabetes in 2005-2008 2
Latham. Inf Contr Hosp Epidemiol. 2001;22:607Dellinger. Inf Contr Hosp Epidemiol. 2001;22:604Lancet 2012; 2279-22902011 US Department of Health and Human Services
Why Blood Sugar?
> 65 years� 1 in 4 will have diabetes� 2 in 4 are prediabetic
Over 90% of prediabetics and 25% of diabetics are unaware of their condition!
2011 US Department of Health and Human Services
Why Medications?
Some medications and Herbal remedies ↑ risk of bleeding� Aspirin can be safely continued
Beta-blocker continuation associated with fewer cardiac events and mortality
Chest 2012; 141:e326S-e350S JAMA 2008; 300(24):2867-2878 Ann Surg 2012; 255(5):811-819
Arch of Surg 2012; 147(5):467-473
Why Smoking?
Smoking is prevalent� 1/3 of all patients
Smokers have ↑ risk of complications� Pulmonary� Circulatory� Infectious� Impaired wound healing
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EducationSurveillance and Feedback
Administrative Changes
Peer to peer forces
PenaltiesRewards
Raising Awareness – Changing Practice
Working as a “team”
DOMAINS OF BEHAVIORAL MARKS
Briefing
Information Sharing
Inquiry
Vigilance and Awareness
Contingency Management
Mazzocco K, et al, Am J Surg 2009;197
Get Involved
• Attend Campaign Events
• E-mail: [email protected]
• Inform Your Colleagues and Constituents
• Visit the website: http://www.strongforsurgery.org
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THANK YOU! Healthcare 2013: The Challenges
Access
Quality
Safety
Cost CloseRelationship
1
10
100
1,000
10,000
100,000
1,000,000
Six Sigma:*Motorola: Medida estadistica de variacion en la que el “limite de tolerancia por producto defectuoso” se coloca a 3.4 defectos por million de unidades u oportunidades
U.S Airline flight fatalities/U.S. Industry Best of Class
Airline baggage handling
Breast cancerScreening (WA)
Detection &treatment ofdepression
Adverse drugevents
Hospital acquired infections
Hospitalized patientsinjured through negligence
1(69%)
2(31%)
3(7%)
4(.6%)
5(.002%)
6(.00003%)
Overall Health Care Quality in U.S.
(Rand Study 2003)
IRS Phone-in Tax Advice
U.S. birth defects
Recommendedwell-child visits (WA)
Treatment ofBronchitis (WA)
NBA Free-throws
Sources: modified from C. Buck, GE; Dr. Sam Nussbaum, Wellpoint; Premera 2004 Quality Score Card; March of Dimes
level (% Defects)
Def
ects
per
mill
ion
∑
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6. CREATE AND LEAD TEAMS
What can the surgeon do at a local level?
Communication Quality and Surgical Morbidity
Davenport. JACS 2007;205: 778-784
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Behavioral Marker Risk Index (BMRI)
• Briefing
• Information sharing
• Inquiry
• Vigilance and awareness
Adjusted Odds RatioRisk Factor Complication or Death
BMRI 4.82
ASA 1.51
Mazzocco. Amer J Surg 2009; 197: 678-85
Behavioral Marker Risk Index and Postoperative Complications
Mazzocco. Amer J Surg 2009; 197: 678-85
Errors happen:It is importantto “prevent” and to “rescue”
Clinical Trials, CER Studies
Guidelines
Performance Indicators
Surveillance
Outcomes
Education and
Feedback
Generation of Evidence