The REFRACT project has pushed the boundaries of current scientific understanding and technology in the field of TRPs. The first outcomes centered on developing and refining methodologies for detecting TRPs, understanding their functional roles, and integrating these insights into key bioinformatics resources. The project successfully developed novel tools and methodologies, such as Tally-2.0 TRAL 2.0 REP2, WebSTR and STRPsearch, which have advanced the benchmarking of TRP detection, classification and analysis. These tools have significantly contributed to the functional annotation of TRPs, with new data integrated into established databases like RepeatsDB, Pfam, and InterPro, thereby enhancing the accuracy and usability of these critical resources.
In addition to these scientific and technological advances, the project has also made significant progress in database and resource integration. This was achieved through the deployment of APIs for RepeatsDB and the cross-linking of TRP data into major bioinformatics platforms, facilitating broader access and enabling both manual and automated curation efforts across multiple platforms. Furthermore, the project has been proactive in disseminating its results through high-impact publications, international conferences, and collaborative events. These efforts were complemented by extensive training activities, particularly in Latin America, which have helped to strengthen global research networks focused on TRPs. This not only contributed to capacity building in underrepresented regions but also fostered interdisciplinary collaboration.
