382 Strategies for commercializing non-patentable innovations developed at CTSA hubs

OBJECTIVES/GOALS: This presentation reports activities of a NCATS-funded collaborative working group created to promote dissemination and implementation (D&I) research within the CTSA landscape. Our working group seeks to meet both the conceptual as well as practical challenges to advancing the utilization of D&I across the translational science spectrum. METHODS/STUDY POPULATION: A fundamental focus of D&I is supporting the movement of effective health interventions into real-world use so that they benefit population health. Yet, this process remains unpredictable, with some interventions receiving widespread uptake in practice and others (of similar potential benefit) failing to translate. The value of research efforts is wasted when directed toward the “wrong” interventions. Recent discussion and experience amongst investigators in our collaborative working group has resulted in new ways of addressing this problem. Specifically, tools borrowed from business and management have shown promise in predicting which health interventions have the highest potential for commercialization and dissemination. RESULTS/ANTICIPATED RESULTS: We will conduct an environmental scan of CTSA hubs to understand their approaches to supporting commercialization and business development around research products, identifying the most promising and effective methods and processes. We will compile various tools for identifying and supporting interventions with the highest potential for commercialization, including how to form the multidisciplinary and stakeholder-engaged teams necessary to make these determinations. Finally, we will further explore the differences between patentable and non-patentable innovations and make recommendations for CTSAs in supporting the latter. DISCUSSION/SIGNIFICANCE: Commercialization of non-patentable interventions is an essential and underexplored element of the translational science spectrum. The perspectives and methods of D&I should not be relegated to late-stage translational steps, but rather inform the conduct of translational science writ large.