Abstract The RNCP/NIAID recommends the creation of a North American B iodosimetry A ssessment N etworking G roup (BANG) by developing a blueprint for integrating the relevant national capabilities to provide emergency biodosimetry assistance in civilian populations following a radiological or nuclear incident. The goals of BANG are to: 1) establish a collaborative network (public/private partnership) and engage its membership to address emergency preparedness, response, and recovery, 2) promote strategic relationships between network members to encourage resource sharing, 3) engage with stakeholders to utilize recommended tools and support training exercises, and 4) advance bioinformatics and machine learning approaches to integrate and utilize the network data for managing emergency situations. To be adequately prepared for large-scale radiological or nuclear incidents, a coordinated network among well-trained, commercial, hospital, and/or academic laboratories is a critical factor for providing rapid exposure assessments. Interactive and productive collaborations between North American laboratories will improve the capabilities of the network by offering a wider range of complementary biological and physical techniques. BANG would connect community service providers with various biodosimetry capabilities, and enable members to discuss best practices, common goals, emergency planning/ training, and sharing of resources, to increase the nation’s resiliency before, during, and after a radiological public health emergency.
Satyamitra et al. (2026) studied this question.