The article introduces Pf-HaploAtlas, a new online tool developed by MalariaGEN to track genetic mutations in the Plasmodium falciparum parasite—the most deadly malaria-causing species. This app allows researchers and public health professionals to explore global data on drug resistance mutations ...and genetic variation across thousands of parasite genomes. The tool is designed to improve understanding of how malaria parasites evolve and spread, and to support efforts in monitoring antimalarial drug resistance. With an intuitive interface, Pf-HaploAtlas enables users to visualize haplotype patterns, compare regional differences, and access up-to-date data that can inform control strategies and research. more

The WHO Malaria Threats Map is an interactive online platform that showcases the latest global data on four critical biological threats to effective malaria control and elimination: mosquito insecticide resistance, Plasmodium falciparum hrp2/3 gene deletions, antimalarial drug resistance, and the ...spread of invasive vector species. Designed for public health professionals and researchers, the map allows users to explore and filter data regionally, track emerging resistance patterns, and view visual trends. Its purpose is to inform strategies for surveillance, guide policy-making, and support efforts to eliminate malaria, particularly by anticipating and responding to biological challenges that could undermine control programs. more

The Global Malaria Programme Toolkit app brings together the content of the latest World malaria report and of the consolidated WHO Guidelines for malaria as well as operational manuals and other technical documents – in one easy-to-navigate resource.

The NLM Malaria Screener is a mobile app developed by the U.S. National Library of Medicine to support the diagnosis of malaria through automated analysis of blood smear images. It uses smartphone microscopy and machine learning to detect malaria parasites in thin blood smears, helping health worker...s and lab technicians—especially in low-resource settings—screen for Plasmodium falciparum infections. The app is intended for research and educational purposes and aims to enhance diagnostic accuracy where access to expert microscopists is limited. It provides results quickly and can assist in training or field screening, but it is not approved for clinical use. more