Empowering Global AMR Research Community: Interactive GIS dashboards for AMR data analysis and informed decision-making

Abstract

Background Antimicrobial Resistance (AMR) is a critical global public health concern, demanding effective tools for research, data analysis, and decision-making. This study proposes a groundbreaking approach to empower the global AMR research community by introducing interactive Geographic Information System (GIS) dashboards. These dashboards aim to facilitate comprehensive data analysis of AMR across multiple countries, providing insights into antimicrobial usage (AMU), resistance patterns, and geographic distribution. Methods The approach involves developing GIS dashboards that integrate and harmonize AMR data from diverse sources, including clinical laboratories, surveillance networks, and public health agencies. A comprehensive dashboard was created to encompass data from multiple countries, providing advanced analysis and visualization tools. Another dashboard was developed with a specific focus on Kenya and Uganda to enable comparative analysis of AMR within these regions. Additionally, a simulated dataset for Kampala, Uganda, was generated to address data gaps in this area. Results The GIS dashboards serve as powerful tools for visualizing and analyzing AMR-related datasets, providing stakeholders with a comprehensive view of the global AMR landscape. These dashboards offer valuable insights into antimicrobial usage, resistance patterns, and geographical distribution. The centralized platform facilitates data exploration and analysis, aiding researchers, policymakers, and healthcare professionals in making informed decisions to combat AMR. Conclusions In conclusion, the study demonstrates that the developed GIS dashboards empower stakeholders by providing valuable insights and informed decision-making capabilities. The dashboards serve as essential tools for addressing the global challenge of AMR, allowing for a deeper understanding of the problem and informing effective strategies. The approach outlined in this study has the potential to significantly contribute to the ongoing efforts to combat AMR on a global scale.