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11/28/2011 1 L17: Designing and Sustaining a Patient Safety Program Sustaining a Culture of Safety Frank Federico This presenter has nothing to disclose. Objectives Define a process for goal-setting and feedback that will lead to individual and organizational learning Outline the barriers to physician involvement in safety programs and learn how to use that understanding to facilitate engagement
Transcript

11/28/2011

1

L17: Designing and Sustaining a Patient Safety Program

Sustaining a Culture of Safety

Frank Federico

This presenter has nothing to disclose.

Objectives

• Define a process for goal-setting and

feedback that will lead to individual and

organizational learning

• Outline the barriers to physician

involvement in safety programs and learn

how to use that understanding to facilitate

engagement

11/28/2011

2

Aim

Primary Drivers

Secondary Drivers

Safe Delivery of

Care

Improvement Method

Capacity Building

Health Literacy

Patient Self-Care

Improvement Team

Organized Spread Plan

Outcomes measures

Process Measures

Measures owned by Staff

Patient Engagement

Constant Focus on Improvement

Measurement

Culture of Safety

Managing Disruptive Behavior

Just Culture

Expected Behaviors

Leadership Involvement

Reliable Processes

Committees

Leadership

1. Address Strategic Priorities, Culture, and

Infrastructure

2. Engage Key Stakeholders

3. Communicate and Build Awareness

4. Establish, Oversee, and Communicate

System-Level Aims

5. Track/Measure Performance Over Time,

Strengthen Analysis

11/28/2011

3

Leadership

6. Support Staff and Patients/Families

Impacted by Medical Errors and Harm

7. Align System-Wide Activities and

Incentives

8. Redesign Systems and Improve

Reliability

Expected Behaviors

• Managing disruptive behaviors

• Stating the expected behavior

• Safety is a priority for everybody in the

organization

• Modeling the behavior expected

─Leaders to managers to frontline

• Psychological Safety/Teamwork

11/28/2011

4

“Just Culture”

• James Reason Unsafe Acts Algorithm

• David Marx Just Culture

Unsafe Acts Algorithm -The Incident Decision Tree

4 Questions─Did the employee intend to cause harm?

─Did the employee come to work drunk or eqUally impaired?

─Did the employee knowingly and unreasonably increas risk?

─Would another similarly trained and skilled employee in the same situation act in a similar manner? Michael Leonard MD, KP Model

If the first three answers are NO and the last YES the origin of the unsafe act lies in he organization,not the individual

J Reason

11/28/2011

5

Drawing the Bright Line

�Malicious

�Substance Use

�Conscious unsafe act

�Substitution Test could 2-3 others make

the same mistake in similar

circumstances?

Repeat Events

Remediate / replace

Safe Harbor –Systems Approach

Reason, James

PERFORMANCE

ACCIDENT

Systemic Migration to Boundaries

VE

RY

UN

SA

FE

SP

AC

E Expected safe

space of action

as defined by

professional

standards

Individual

concernsLife quality, ...

Market demand

Technology

Safety Regs

& good practices

Certification/ accreditation standards

INDIVIDUAL BENEFITS

Usual Space

Of Action

‘Illegal normal’

Real life standards

11/28/2011

6

Reliable Processes

• The reliability gap in health care is huge

• Do the processes you implemented work

as intended?

• Are you achieving the outcomes you

desire?

• Use a methodology that is not “spray and

pray”

• Design reliability into the system

Building Improvement Skills

11/28/2011

7

© 2010 Institute for Healthcare Improvement

Key Terms

Capability• The power or ability to generate an outcome• The ability to execute a specified course of action• The sum of expertise and capacity• Knowledge, skill, ability, or characteristic associated with desirable performance on a job, such as problem solving, analytical thinking, or leadership • Some definitions of capability include motives, beliefs, and values

Capacity • The ability to receive, hold or absorb

• The maximum or optimum amount of production • The ability to learn or retain information.” • The power, ability, or possibility of doing something or performing• A measure of volume; the maximum amount that can be held

Experts OperationalLeaders (Executives)

Change

Agents

(Middle

Managers,

Stewards,

project leads)

Everyone

(Staff, Supervisors,UBT lead triad)

Unit Based Teams

Continuum of PI Knowledge and Skills

Deep

Knowledge

Many People Few People

Our approach will be to make sure that each group receives the knowledge and skill sets they need when they need them and in the appropriate amounts.

A key operating assumption of building capacity is that different groups of people will have different levels of need for PI knowledge and skill.

Content: What Skills Do We Need?

Source: Kaiser Permanente, 2008

Shared

Knowledge

11/28/2011

8

The Seven Spreadly Sins

Step #1 Start with large pilots

Step #2 Find one person willing to do it all

Step #3 Use vigilance and hard work

Step #4 If a pilot works then spread the pilot unchanged

Step #5 Require the person and team who drove the pilot

to be responsible for system-wide spread

Step #6 Look at process and outcome measures on a quarterly basis

Step #7 Early on expect marked improvement in outcomes

without attention to process reliability

Measurement

• How do you know what is not working?

• How do you know if a change is an

improvement?

11/28/2011

9

17

How Many MeasuresDo You Need on Your Dashboard?

11/28/2011

10

There are many things in life that are interesting to know.

It important to work on those things that are essential to quality.

The challenge, therefore, is to be disciplined enough to focus on the essential, vital few.

Focus on the Vital Few!

Building a Cascading System of Measures

Micro Metrics - Processes

Board & CEO

Service Line

Physician & Patient

Microsystems: Units, Depts

Macro Metrics - OutcomesL 1

L 2

L 3

L 4/ 5

Adapted from Lloyd & Caldwell

Meso Metrics – Outcomes + Processes

Individual Metrics - Processes

Str

uc

tura

l M

ea

su

res

11/28/2011

11

Whole System Measures

Measure Name(Provide a specific name such

as medication error rate)

Operational Definition(Define the measure in very specific terms.

Provide the numerator and the denominator

if a percentage or rate. Indicate what is to be

included and excluded. Be as clear and

unambiguous as possible)

Data Source(s)(Indicate the sources of

the data. These could

include medical records,

logs, surveys, etc.)

Data

Collection:•Schedule (daily, weekly,

monthly or quarterly)

•Method (automated

systems, manual, telephone,

etc.)

Baseline•Period

•Value

Goals•Short term

•Long term

Dashboard Worksheet

Name of team:_______________________________ Date: _____________

Source: R. Lloyd. Quality Health Care: A Guide to Developing and Using Indicators.

Jones and Bartlett, 2004.

11/28/2011

12

NON-SPECIFIC CHEST PAIN PATHWAY MEASUREMENT PLAN

Measure Name(Provide a specific name such

as medication error rate)

Operational Definition(Define the measure in very specific

terms.

Provide the numerator and the

denominator if a percentage or rate.

Indicate what is to be included and

excluded. Be as clear and

unambiguous as possible)

Data Source(s)(Indicate the sources of the

data. These could include

medical records, logs,

surveys, etc.)

Data

Collection:•Schedule (daily, weekly,

monthly or quarterly)

•Method (automated systems,

manual, telephone, etc.)

Baseline•Period

•Value

Goals•Short term

•Long term

Percent of patients who have

MI or Unstable Angina as

diagnosis

Numerator =

Patients entered into the NSCP

path who have Acute MI or

Unstable Angina as the discharge

diagnosis

Denominator =

All patients entered into the

NSCP path

1.Medical Records

2.Midas

3.Variance Tracking

Form

1.Discharge diagnosis will be

identified for all patients

entered into the NSCP

pathway

2.QA-URwill retrospectively

review charts of all patients

entered into the NSCP

pathway. Data will be

entered into MIDAS system

1.Currently

collecting

baseline

data.

2.Baseline

will be

completed

by end of

1st Q 2010

Since this is

essentially a

descriptive indicator

of process volume,

goals are not

appropriate.

Number of patients who are

admitted to the hospital or

seen in an ED due to chest

pain within one week of

when we discharged them

Operational Definition:

A patient that we saw in our ED

reports during the call-back

interview that they have been

admitted or seen in an ED (ours

or some other ED) for chest pain

during the past week

All patients who have

been managed within the

NSCP protocol

throughout their hospital

stay

1.Patients will be contacted

by phone one week after

discharge

2.Call-back interview will be

the method

1.Currently

collecting

baseline

data.

2.Baseline

will be

completed

by end of

1st Q 2010

Ultimately the goal

is to have no

patients admitted or

seen in the ED

within a week after

discharge. The

baseline will be used

to help establish

initial goals.

Total hospital costs per one

cardiac diagnosis

Numerator =

Total costs per quarter for

hospital care of NSCP pathway

patients

Denominator =

Number of patients per quarter

entered into the NSCP pathway

with a discharge diagnosis of MI

or Unstable Angina

1.Finance

2.Chart Review

Can be calculated every three

months from financial and

clinical data already being

collected

1.Calendar

year 2010

2.Will be

computed

in June

2010

The initial goal will

be to reduce the

baseline by

5%within the first

six months of

initiating the project.

Source: R. Lloyd. Quality Health Care: A Guide to Developing and Using Indicators. Jones and Bartlett, 2004.

Patients and Families

• Patient Engagement

─Their own care

─Quality Improvement

─Committees

• Having a patient in the room changes

discussion

• Health Literacy

11/28/2011

13

Resources

• Botwinick L, Bisognano M, Haraden C. Leadership Guide to Patient

Safety. IHI Innovation Series white paper. Cambridge, MA: Institute for

Healthcare Improvement; 2006

• Decision Tree for Unsafe Acts Culpability

http://www.ihi.org/knowledge/Pages/Tools/DecisionTreeforUnsafeActsC

ulpability.aspx

• Lloyd, Martin, Nelson. IHI Whole System Measures Toolkit, Version 2.0,

IHI Boston, 2006

• Lloyd, Quality Health Care: A Guide to Developing and Using

Indicators. Jones and Bartlett Publishers, 2004

• Developing a Community-Based Patient Safety Advisory Council Toolkit

and Resource Descriptions http://www.ahrq.gov/qual/advisorycouncil/

• Nolan T, Resar R, Haraden C, Griffin FA. Improving the Reliability of

Health Care. IHI Innovation Series white paper. Boston: Institute for

Healthcare Improvement; 2004. (Available on www.IHI.org)


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