; (B) development of standards for such databases, including for curation, interoperability, and protection of privacy and security; (C) support for the development of computational tools, including artificial intelligence tools, that can accelerate research and innovation using such databases; and (D) an inventory and assessment of all Federal government omics databases to identify opportunities for consolidation and inform investment in such databases as critical infrastructure for the engineering biology research enterprise; (3) sustained support for the development, optimization, and validation of novel tools and technologies to enable the dynamic study of molecular processes in situ, including through grants to investigators at institutions of higher education and other nonprofit research institutions, and through the Small Business Innovation Research Program and the Small Business Technology Transfer Program, as described in section 9 of the Small Business Act ( 15 U.S.C. 638 ); (4) education and training of undergraduate and graduate students in engineering biology, in biomanufacturing, in bioprocess engineering, and in areas of computational science applied to engineering biology; (5) activities to develop robust mechanisms for tracking and quantifying the outputs and economic benefits of engineering biology; and (6) activities to accelerate the translation and commercialization of new products, processes, and technologies by— (A) identifying precompetitive research opportunities; (B) facilitating public-private partnerships in engineering biology research and development; (C) connecting researchers, graduate students, and postdoctoral fellows with entrepreneurship education and training opportunities