Journal of Urban Health

, Volume 88, Supplement 1, pp 1–6

Assessing Community-Based Approaches to Asthma Control: The Controlling Asthma in American Cities Project

  • Elizabeth J. Herman
  • Paul L. Garbe
  • Michael A. McGeehin
Article

DOI: 10.1007/s11524-010-9480-2

Cite this article as:
Herman, E.J., Garbe, P.L. & McGeehin, M.A. J Urban Health (2011) 88(Suppl 1): 1. doi:10.1007/s11524-010-9480-2
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More than 30 million people in the USA have been diagnosed with asthma during their lifetime. Of the 20 million US residents who currently have asthma, 12 million have had an asthma episode or attack during the past year. Asthma affects people of all races, both sexes, and all ages, and in every region of the USA. However, asthma occurs more often among children, women and girls, African Americans, Puerto Ricans, people in the Northeast, those living below the federal poverty level, and those with particular work-related exposures. Asthma death rates rose between 1980 and 1996 among both sexes and most age and ethnic groups, but have declined since 2000. Women and girls account for nearly 64% of asthma deaths overall, although, among children, more boys than girls die each year. Many of the 4,000 asthma-related deaths that occur annually could be avoided with proper treatment and care.1

The burden of asthma in the USA has increased greatly over the last 25 years and affects our nation and health system in more ways than limited and lost lives. Asthma leads to almost 13 million outpatient physician visits and two million emergency department visits each year. Asthma is a leading cause of school absenteeism with children missing almost 14 million school days per year due to asthma.2 Asthma is the fourth leading cause of work absenteeism and diminished work productivity among adults, resulting in nearly 12 million missed or less productive workdays each year.2 The estimated annual cost of asthma for 2006 was over $32 billion, including nearly $28 billion in direct health care costs and $4.5 billion for indirect costs such as lost earnings due to illness or death.3

Although, with the exception of limited cases of work-related exposure to chemicals, the causes, prevention, and cure of asthma are unknown, asthma can be treated and controlled. In 2007, the National Asthma Education and Prevention Program of the National Heart, Lung, and Blood Institute issued revised guidelines, known as EPR-3, for the diagnosis and management of asthma.4 These guidelines translate advances in scientific and clinical research into practical advice for people with asthma, the health care providers who look after them, and the communities where they live. The guidelines include the best scientific evidence for comprehensive, long-term strategies to prevent and reverse airway inflammation and manage asthma episodes. They provide standard methods for doctors to gauge the severity of a patient's asthma and monitor treatment progress. The guidelines also recommend that people with asthma use a written action plan with treatment instructions to control their illness and handle worsening symptoms. They encourage partnerships among individuals with asthma, families, and clinicians, and prescribe measures to avoid or eliminate environmental factors that cause asthma symptoms.

While caring for individual patients is crucial, decreasing the burden of asthma also demands a comprehensive, coordinated public health approach. Although there have been important clinical advances in the care of individuals with asthma, the Centers for Disease Control and Prevention's (CDC) National Asthma Control Program recognized that delivering those interventions at the community level had been less successful, particularly for the racial and ethnic minorities who experience a disproportionate burden of the illness. There was clearly a need to integrate clinical asthma care and community health. CDC's focus on public health, improving health at a population level, presented an opportunity to address that need.

The Controlling Asthma in American Cities Project (CAACP) was designed to fund the translation of “bench and bedside” success to community- and household-level interventions in underserved communities with a high asthma burden. The project's intent was to create inner-city laboratories where evidence-based or promising asthma interventions could be applied in a culturally appropriate, integrated way to improve the health of children with asthma. Although improving access to quality asthma care and asthma self-management training was a primary concern, the project's other objectives focused on broader, more ambitious outcomes that reflect a public health approach including:
  • Assessing the effectiveness of a comprehensive, community-based collaborative approach in achieving population-based outcomes and building community resources and trust

  • Developing (and possibly packaging and disseminating) innovative asthma-control interventions for application in other communities

  • Establishing or strengthening relationships among institutions and individuals in each CAACP community

  • Developing the capacity of community-based organizations, academic professionals, community leaders, etc., to address public health problems

  • Establishing or promoting asthma-related policy changes

  • Increasing sharing and collaboration between communities and their health departments

CDC selected as implementation sites seven inner-city communities with racial and ethnic minorities who had a high asthma burden and used community-based coalitions with representation from a wide range of organizations, including academic institutions. Site locations, target-area size, demographic characteristics, and the agency receiving the award are summarized in Table 1.
Table 1

Characteristics of the Controlling Asthma in American Cities sites

Location

Size of target population (Census 2000)

Target community

Managing agency

Chicago, Illinois

450,000

Region 4, Chicago Public School System

University of Illinois at Chicago, School of Public Health

Minneapolis/St Paul, Minnesota

670,000

Minneapolis and St Paul metropolitan areas

American Lung Association of Minnesota

Northern Manhattan, New York

530,000

Washington Heights and Harlem

Columbia University, Mailman School of Public Health

Philadelphia, Pennsylvania

300.000

North Philadelphia and Germantown

The Children's Hospital of Philadelphia

Oakland, California

400,000

Oakland City

University of California, Berkeley

Richmond, Virginia

720,000

Richmond metropolitan areas: Richmond City, Chesterfield and Henrico Counties

Bon Secours Richmond Health Care Foundation

St Louis, Missouri

450,00

St Louis City and three bordering zip codes to the north

St. Louis Regional Asthma Consortium

CDC monitored and evaluated the project on multiple levels. At the process level, CDC confirmed through site visits, reports, and regular phone calls that coalitions were formed and functioning, and that quality services were provided to children with asthma, their families, their primary care providers, and other individuals involved with asthma management. The two core interventions implemented at the sites were training primary care providers in EPR-3 asthma guideline implementation4 and providing asthma self-management training to children and families of children with asthma. Over the course of the project, approximately 1,256 primary care physicians participated in training classes based either on the Physician Asthma Care Education curriculum5 or the Zeitz problem-based learning curriculum.6 Academic detailing reached 135 additional providers, and 115 primary care practices engaged in systems-change initiatives. Nearly 11,000 children and 6,600 parents or guardians attended asthma self-management classes. Course structure varied from single- to multi-session training; the training venues included community organizations, local health departments, faith-based settings, schools, and daycare centers. Some sites used existing educational materials such as You Can Control Asthma,7 Open Airways,8 and Wee Wheezers,9 while others adapted or created materials to meet the needs of their communities.

In addition to group training sessions, the sites provided personalized, home-based services or care coordination to approximately 2,800 families. The scope and intensity of services varied by site, with some sites emphasizing indoor-trigger reduction and remediation, and others focusing on social services provision to meet urgent, basic family needs.10 All of the home-based interventions, however, had strong asthma-education and trigger-reduction components.

These core interventions were supplemented and supported by: training teachers, coaches, school nurses, and other school-based staff in asthma management and trigger reduction; creating asthma-friendly pharmacies to monitor medication use and communicate with primary care providers; introducing improved asthma-care pathways in hospital and emergency departments; developing peer educators and advocates; and numerous other awareness-raising and skill-building interventions. The main interventions listed in the sites' final reports are summarized in Table 2. Several interventions have been packaged and disseminated widely. The Asthma Basics for Children handbooks for parents and early-childhood educators have been copyrighted and are now distributed through the Asthma and Allergy Foundation of America.11 Oakland's Kickin'Asthma curriculum12 was designated as an American Lung Association “best practice” program, was copyrighted, and went on sale nationally in 2008.13 Other training materials, forms, and products available from these sites are listed in Appendix B of the supplement.
Table 2

Interventions implemented by CAAC sites in addition to the core package

Site

Venue

Intervention description

Chicago

Schools

Case identification

Asthma- and smoking-prevention classes

Referrals to school-based asthma mobile vans

Training of school staff

Community

Asthma classes

Medical offices

Academic detailing to individual providers

Other

Training of school personnel, childcare staff, and social agencies on Safer Pest Control to reduce asthma triggers

Minneapolis/St. Paul

Schools

Asthma added to Early Childhood Screening

Training for staff of before /after school care

Comprehensive school-based asthma case management

Daycare

Childcare-provider training

Community

Group parent-education classes

Medical offices

Clinic-based systems change

Other

Asthma-educator certificate course

Asthma education in the emergency department

Pharmacist education and training

Northern Manhattan

Schools and daycare

Case identification

Asthma self-management training classes for students and parents

Staff training in trigger reduction and asthma management

Community

Asthma self-management training classes in faith-based organizations and shelters

Medical offices

Practice-based quality improvements

North Philadelphia

Schools

Asthma self-management classes

School staff/nurse education

Community

Community classes

Medical offices

Practice-based quality improvement

Oakland

Schools

Case identification

Asthma self-management training classes

Comprehensive district asthma policy

Community

Asthma camp

Medical offices

Hospital-affiliated asthma clinics

Practice-based quality improvement

Other

Inpatient asthma education

Emergency department post-discharge clinic

Richmond

Schools and daycare

School nurse and day care staff training on asthma management and trigger remediation

Asthma workshops for students with asthma and parents

“Asthma-fit” to promote physical activity

Medical offices

Office-based quality improvement

Other

Asthma educator certificate course

Asthma education through pharmacists

St. Louis

Schools

Consulting physician services

School nurse protocols

Integrated asthma-awareness curriculum

Medical offices

Practice-based quality improvement

Other

Asthma-friendly pharmacy intervention

The core package common to all sites included family and home-based trigger reduction and training, and group training of primary care providers

Institutional changes occurred at multiple levels. For example, in Oakland, Northern Manhattan, and Minneapolis/St. Paul, revision of the standard intake and re-enrollment medical forms made it easier to identify children with asthma or symptoms consistent with asthma and to obtain information about asthma medications. The St. Louis and Minneapolis/St. Paul school systems institutionalized new procedures authorizing nurses and their delegates to assess breathing-related problems and administer medications. In Philadelphia, 11 community- and faith-based organizations integrated asthma self-management training classes into their services. The leads on Richmond's health-care-provider quality-improvement intervention received a grant from the National Asthma Control Initiative14 to adapt their intervention to meet pediatrician certification maintenance requirements. Moreover, all of the sites’ coalitions continue to be active, with some expanding their scope to address other respiratory problems and age groups.

Through their core and supplemental interventions, all of the sites reached large numbers of individuals and achieved impressive intervention-related outcomes, some of which are reported in this supplement, and others of which have been described in previous publications listed in Appendix A of this supplement. At the population level CDC, in coordination with the sites, is currently analyzing trends in hospitalization rates in the seven catchment areas to determine whether the impact of the interventions was large enough to affect those rates. Due to the lag in the availability of hospitalization data, those trends will be published at a later date.

This special supplement aims to sample sites' successes and experiences that extend beyond individual interventions, including alternative ways of implementing similar interventions in different difficult settings; the added value of a community-based approach; institutional or systems change; working across agencies or domains; creating linkages to health plans or HMOs; and innovative approaches to evaluating complex interventions. Thus, this supplement is part of a larger effort to summarize, in a very broad sense, what this large, well-funded, and relatively long project has developed, taught, and accomplished during two years of planning and five years of implementation. In addition to determining how many individuals were reached and engaged, ascertaining whether the project met expectations at the community, institutional, and policy levels is central. Additional questions include: Does the project as a whole add to the knowledge base about translating effective clinical and educational interventions into the real world of underserved and overburdened communities? Are resulting lessons, strategies, or tools applicable to state asthma programs and other settings? Do the evaluation processes of the sites or the project as a whole contribute to the field of evaluation, particularly the evaluation of complex community-based interventions?

This supplement reflects CDC’s commitment to addressing these questions, and its papers are part of that process. Accountability requires documentation of the outcomes and impacts of this large investment of federal funds, which will occur in a separate publication. Beyond that task, however, is the responsibility to maximize what has been learned from this project to avoid the repetition of deficient or ineffective approaches in future projects, promote sharing successful strategies and interventions, and inform CDC and other implementing organizations how to “do it better” next time. The critical, thoughtful summary of the CAACP provided in this supplement can guide not only asthma-control programs, but also other comprehensive, community-based efforts.

Copyright information

© GovernmentEmployee: Centers for Disease Control and Prevention 2010

Authors and Affiliations

  • Elizabeth J. Herman
    • 1
  • Paul L. Garbe
    • 1
  • Michael A. McGeehin
    • 2
  1. 1.Air Pollution and Respiratory Health Branch, National Center for Environmental HealthCenters for Disease Control and PreventionAtlantaUSA
  2. 2.Division of Environmental Hazards and Health Effects, National Center for Environmental HealthCenters for Disease Control and PreventionAtlantaUSA