Using Quality Improvement Tools as Part of a Pandemic Flu Plan

A

n emergency response organization differs substantially from our usual public health organization for day-to-day business. However, as the spring 2009 H1N1 (also referred to as swine flu) outbreak highlighted, usual public health processes are fundamental for effectively responding to a public health emergency. The key challenge we will face in the fall and winter of 2009 is not the planning for an H1N1 outbreak but the establishment of clear criteria for the public health workforce to determine priorities in their jurisdictions.

The federal government grants for emergency preparedness to states and local jurisdictions include a program element that requires a Homeland Security Exercise Evaluation. A key aspect of this requirement is an improvement plan based on learning from required exercises of the preparedness plans. However, a 20-page after-action report may not be helpful in real-time decision making. The challenge is to make these reports actionable and nimble. Using quality improvement (QI) methods and tools alongside our situation status reports as actual information and data unfolds can be an invaluable way to determine next steps in our response cycle.

The easy part in preparing for the fall flu season is recognizing that lessons learned from the H1N1 outbreak need to be applied. The more difficult part is developing an effective process to understand the reasons, or root causes, contributing to your successes and challenges. Using QI methods and tools for determining these root causes, dissecting and improving your processes, and testing and retesting your assumptions and processes will lead to better prepared communities and more successful responses to the fall flu season.

This article presents suggested QI methods and tools that you can begin using today to protect and promote your community’s health.

Background

The Public Health Foundation (PHF) has observed the plan-do-check-act (PDCA) cycle, a method for learning and improvement, has been successfully applied in public health to help identify and solve community health and system problems and issues. For example, in a nine-month period, Florida’s Orange County Health Department was able to reduce its community’s syphilis rate by more than 30 percent¹. With recent lessons learned from the H1N1 flu event, now is the time to use QI methods and tools to prepare for the fall flu season by reviewing, refreshing, and revitalizing your pandemic plans.

Emergency preparedness is, in its design and organization, a reflection of the PDCA cycle. Effective response demands the development of a good plan (plan) that is tested via exercises or real events (do); analyzed in hot washes, debriefings, and after-action reports (check); and then revised or used again (act). It is a cycle that hopefully never ends as responders implement the plans and learn from their actions. Public health and safety depend on the continuous repetition of this cycle, and evidence has shown that it works.

An example of a lesson learned in the case of H1N1 response may be around the decision-making process for social distancing. In general, pandemic flu plans contain extensive processes for making these decisions. Experience from the recent H1N1 flu event reveals that many communities deferred to the Centers for Disease Control and Prevention (CDC) for major aspects of this decision making. Given this reality, perhaps state and local processes could be simplified to save time and resources that were being diverted from other critical processes and actions. Rather than making all of the decisions about social distancing, states and local communities could refine their processes related to effective implementation of CDC guidance and focus on communicating the appropriate messages to schools, the media, elected officials, and others.

Using QI methods and tools to improve your pandemic flu plan

Expert panelists² assembled for the May 2009 American Society for Quality (ASQ) World Conference on Quality and Improvement discussed this issue: “Given that we could have a pandemic on our hands later this year, how can we use QI methods, tools, and techniques to review and refresh state and local pandemic flu plans and improve the outcomes? What specific suggestions would you recommend?”

Specific Quality Improvement Tools and Methods³ recommended by this panel and PHF for reviewing, refreshing, and revitalizing pandemic flu plans include:

Flowcharts. Using flowcharts is a method to identify the important steps in the flow of work in an organization. Look at events over the past few months and map the processes that were used to respond. Then, map the processes as they appear in your pandemic flu plan. Did your “reality” match what is contained in your plan? Why were certain processes used while others were not? Where and why did you deviate from your plan? Where may processes and your plan be refined? A flowchart is an effective tool to analyze your “current state” (what actually happened) and what you thought was your “desired state” (what is in your plan) and determine what steps are necessary, what steps could be revised to make improvements, and new decision points that need to be incorporated into your pandemic flu plan (e.g., Are there decision makers that need to be included who were not?). Using a flowchart is the best method to improve the value stream in an emergency operations center. It assists the team to identify the value-added steps and to eliminate nonvalue added steps. It helps to identify handoff errors, bottlenecks, unnecessary redundancies, and other inefficiencies. Examples of how flowcharts may be useful as you revisit your pandemic flu plan are:

• Social distancing, decision making, and implementation. How precisely did you follow the procedures in your plan?
• Distribution of medications through PODS. Were PODS being used as intended?
• Clinician testing. Were clinicians following the process for administering the quick flu test?

Radar chart. A radar chart can be used to visually show in one graphic the size of the gaps among a number of both current organizational performance areas and ideal performance areas. Plot the 10 checkup points developed by the U.S. Department of Health and Human Services and CDC⁴ on a radar chart and determine how well they each performed on a scale of low, medium, and high; and determine the “why” of the score. This plot and the “why” can be the basis of determining where to focus improvement efforts. The 10 checkup points are as follows:

• Community preparedness, leadership, and networking
• Surveillance
• Public health and clinical laboratories
• Health care and public health partners
• Infection control and clinical guidelines
• Vaccine distribution and use
• Antiviral drug distribution and use
• Community disease control and prevention (including managing travel-related risk of disease transmission)
• Public health communications
• Work-force support: Psychosocial considerations and information needs

 

Cause-and-effect diagram. A cause-and-effect diagram (CE) will help your team to identify, explore, and graphically display the possible causes related to a problem. A CE provides your team with a systematic and rigorous approach to help it understand the complexity of a problem and list all causal factors contributing to the problem. A CE is sometimes called a “fishbone” diagram because when constructed it can look like the skeleton of a fish. The major purpose of a CE is to act as a first step in problem solving by having your team brainstorm a comprehensive list of possible causes of the indicated effect. The causes generated are then grouped into categories of like items. Each grouping is identified as a major cause category and the related subcauses. Each major grouping of causes becomes one of the bones of the CE. Major cause categories could be work environment, training, knowledge, systems, costs, time, etc. A CE will help your team identify the areas on which to focus to develop solutions for solving the effect. The causal factors can be prioritized and then the top ones analyzed in detail using the 5 Whys technique (described below) to determine the subcauses and potential root cause of the problem. Incident reports and feedback from partner organizations from the recent H1N1 outbreak can be a starting point to use the CE to identify and investigate areas needing to be improved.

5 Whys. The 5 Whys is an extremely useful technique to explore the cause of a problem that occurs in the workflow. It is a standardized method of inquiry that attempts to identify the real cause of an issue rather than a superficial reason or a more easily identified cause. It is a simple method that asks “why?” five times. Try using a combined approach of a 5 Whys technique with a cause-and-effect diagram to get to a root cause of an issue and enable your organization and community to take real corrective action. For example, if no cases of H1N1 were reported in your school district, was this because there actually were no cases of the flu? Or were there no tests being conducted by health care providers? Was it due to a backup in the testing laboratories? As you identify issues, you continue to ask the 5 Whys. If tests were not conducted by providers, was this due to lack of access, lack of provider knowledge, costs to providers, parents unable to take children to see a physician, laboratories not accepting samples?

Rapid-cycle PDCA. Use these improvement tools quickly and repeatedly in your analysis to really get ready. Do not take three to four months to analyze a priority area—do it in a few days. After mapping your process and identifying the root cause of the problem, select and implement evidence-based solutions on a small scale to see if they will result in the needed corrections. Gradually adapt and increase the scale of these tests before launching a full scale implementation of the solutions. Then pick another problem area and do the rapid-cycle PDCA again.

Other QI tools that were not mentioned by the panelists that would also be helpful are:

Process decision program chart (PDPC). Use a PDPC for contingency planning on any of the 10 checkup areas. PDPC systematically identifies what might go wrong in the 10 checkup areas in a pandemic plan and helps in developing counter measures to prevent or offset those problems. By using PDPC, an organization can either revise its pandemic plan to avoid the problems, or be ready with the best response when a problem occurs. PDPC forces you to ask the following two killer questions: “If we wanted this to fail, how could we accomplish that?” “What assumptions are we making that could turn out to be wrong?”

Force field analysis. This analysis can be used to determine which forces at the community level are driving the citizens to take precautions against the H1N1 virus and which ones are dissuading them from taking precautions. Use it to identify the forces and factors in place that support or work against a solution to a problem so that the positives can be reinforced and the negatives eliminated or reduced. The pandemic flu team can use the prioritized listing of positive and negative forces to suggest approaches to strengthening the positives and reducing the consequences of negatives to help smooth the implementation of the pandemic flu plan.

Stop-start-continue matrix. This matrix can be used for a quick analysis to see if there are any actions occurring that need to be stopped, any actions that should be started to improve your pandemic flu plan, and what is currently being done that should be continued.

 

Summary

As with any other public health emergency, preparedness for an H1N1 outbreak will be strengthened if the public health system is tested in a comprehensive and vigorous manner that pushes the limits of system capacity. Critical analysis of tests will reveal areas where capacity may be an issue and indicate the need for contingency plans.

How H1N1 will affect the welfare of humans and businesses in the coming months is uncertain. We may experience a typical fall/winter flu season. We could also face a serious situation with increased levels and severity of illness. In either event the systematic application of QI strategies will result in a better prepared plan for public health.

QI resources for public health

In recent years, there have been a variety of QI resources developed for public health. Resources available through PHF include:

• Public Health Infrastructure Resource Center. See the performance management section of this online resource at www.phf.org/infrastructure.
• The Public Health Quality Improvement Handbook. Released in May 2009, this 28 chapter book contains public health QI case examples, methods, and basic and advanced tools. http://bookstore.phf.org/product_info.php?products_id=660.
• The Public Health Memory Jogger II. This pocket guide contains 22 basic QI tools and examples. www.phf.org/pmqi/resources.htm#memoryjogger2
• The National Public Health Performance Standards Program Online Resource Center. Online resources designed to help you improve the performance of your public health systems. www.phf.org/nphpsp

Please submit feedback on this paper to Ron Bialek, rbialek@phf.org.

Notes:

1. Orange County Health Department, STD Quality Improvement Project Storyboard, (October 2005 – July 2006), Public Health Foundation, Washington, DC, 2007, http://www.phf.org/flyers/orangecountystoryboard.pdf, accessed June 10, 2009.

2. Ron Bialek, Kim McCoy, and William Riley.

3. For more details on the tools see The Public Health Quality Improvement Handbook, R. Bialek, G. Duffy, and J. Moran editors, ASQ Quality Press ©2009, Chapters 14 and 15.

4. http://www.pandemicflu.gov/plan/states/statelocalchecklist.html, accessed June 10, 2009.

About The Author