Using Community-Based Participatory Research to Design a Patient and Practitioner-Centered Group Prenatal Care Model.

In response to disproportionately high rates of infant mortality and preterm birth among women of color and women in poverty in Fresno County, California, community and academic partners coordinated a community-based participatory research (CBPR) project with local residents. Social isolation and stress, inaccessible prenatal care, and dissatisfaction with care experiences were identified as leading predictors of poor birth outcomes. The PRECEDE-PROCEED framework was used to lead the CBPR effort that resulted in the development of a model of group prenatal care, named Glow! Group Prenatal Care Program (Glow! Program). Group prenatal care (GPNC), which focuses on pregnancy health assessments, education, and peer support, has the potential to address the health and social priorities of women during pregnancy. As a result of the employed CBPR process and the extensive participation from stakeholders, this modified GPNC model responds to the unique needs of the at-risk community members, the agencies aiming to improve maternal-child health experiences and outcomes, and the prenatal care providers offering it to their patients. The methods from this study can be applied in the design and implementation of community-based health care interventions. Returning to community partners throughout the design, implementation, and evaluation phases underscored that health care interventions cannot be designed in silos, and require flexibility to respond to factors that promote improved maternal and infant outcomes, which affect the end goal for the intervention.

An Online Geographic Data Visualization Tool to Relate Preterm Births to Environmental Factors.

Preterm birth (<37 weeks gestation) continues to be a significant cause of disease and death in the United States. Its complex causes are associated with several genetic, biological, environmental, and sociodemographic factors. Organizing and visualizing various data that may be related to preterm birth is an essential step for pattern exploration and hypothesis generation and presents an opportunity to increase public and stakeholder involvement. In this article, we describe a collaborative effort to create an online geographic data visualization tool using open software to explore preterm birth in Fresno County, where rates are the highest in California. The tool incorporates information on births, environmental exposures, sociodemographic characteristics, the built environment, and access to care. We describe data sets used to build the tool, the data-hosting platform, and the process used to engage stakeholders in its creation. We highlight an important example of how collaboration can increase the utility of geographic data visualization to improve public health and address health equity in birth outcomes.