Announcement

NEW: MalariaGEN move to LSTM... more

Latest data resources

June 30, 2025
Plasmodium falciparum dataset 8 (Pf8)
Pf8, the newest version of our largest Plasmodium falciparum dataset, contains over 33,000 whole genome sequences. The paper describing the results was published in Wellcome Open Research in June 2025.
Explore Pf data
Started 2021
Anopheles gambiae genomic surveillance project
The MalariaGEN Vector Observatory has sequenced more than 15,000 samples in the Anopheles gambiae complex from 26 countries. 
Explore Anopheles data
February 11, 2022
Plasmodium vivax data resource 4 (Pv4)
The Pv4 dataset contains genome variation data on 1,895 worldwide samples of Plasmodium vivax, the second-deadliest form of malaria.
Explore Pv data

News from around the network

News21 Jan 2026

MalariaGEN announces move to Liverpool School of Tropical Medicine 

We are pleased to announce the transition of MalariaGEN's UK administrative and support functions to LSTM.

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Images of Eyyub (left) and Andy (right), with a title: Two trainers building MalariaGEN's future News 24 Nov 2025 Meet two trainers helping to build the distributed future of MalariaGEN  Andy Mains and Dr Eyyüb Ünlü are two up-and-coming genomics trainers working behind the scenes to expand malaria genomics capacity around the world. Andy focuses on training lab teams, while Eyyüb helps teams…
A collage of two training module pages with a picture of Anopheles funestus, with the words "An. funestus training modules" overlaid on top. News 25 Sep 2025 Three new advanced training modules for Anopheles funestus launched  Anopheles funestus is a major malaria vector across Africa, but much less is understood about its biology and evolution compared to its relatives in the Anopheles gambiae complex. The team behind MalariaGEN’s successful…
A mosquito biting human skin. News 18 Sep 2025 Landmark study on Anopheles funestus diversity published in Science  Building on data collected through the Anopheles funestus genomic surveillance project, MalariaGEN partners have co-authored a study identifying important patterns of genomic diversity in Anopheles funestus populations across Africa.