Collaborative Staffing Model for Multiple Sites: Reducing the challenges of study coordination in complex, multi-site clinical trials

Mary E Larkin, Paul McGuigan, Denise Richards, Karen Blumenthal, Kerry Milaszewski, Laurie Higgins, Jill Schanuel, Christen Long, Mary E Larkin, Paul McGuigan, Denise Richards, Karen Blumenthal, Kerry Milaszewski, Laurie Higgins, Jill Schanuel, Christen Long

Abstract

The implementation of complex, multi-site clinical trials presents challenges that make recruitment efforts, participant follow-up, and organization of staff critical to the success of the overall outcome. This article describes a unique staffing model utilized by the TODAY (Treatment Options for type 2 Diabetes in Adolescents and Youth) study, an NIH (National Institutes of Health) sponsored trial designed to explore treatment options for type 2 diabetes in youth. At each study center, the program coordinator (PC) and diabetes educator (DE) work together to implement the study protocol. A staffing model that provides this type of mutual support for two key members of the study team may decrease the burden customarily encountered solely by the PC in complex trials, and furthermore allows for cross-coverage and flexibility. To determine the degree of overlap and task sharing between the PC and DE across study sites, a self-administered survey was distributed to all PCs and DEs. Survey results as well as specific examples demonstrating an effective collaborative approach by front-line study personnel in managing various challenges encountered in study implementation are included.

Figures

Figure 1. PCs and DEs Background and…
Figure 1. PCs and DEs Background and Professional Affiliation
Research coordinator and recruiter were the two most common roles among PCs and DEs prior to joining TODAY. Source: Mary E. Larkin et al.
Figure 2. Tasks Performed on a Regular…
Figure 2. Tasks Performed on a Regular Basis by PCs and DEs
Program coordinators and diabetes educators shared close to half of the typical study-related tasks. Source: Mary E. Larkin et al.

Source: PubMed

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