The Malaria Genomic Epidemiology Network (MalariaGEN) is investigating how genetic variation affects the biology and epidemiology of malaria, and using this knowledge to develop tools to control the disease.
Understanding the evolutionary battle between all three malaria genomes – human, parasite and mosquito – can help inform malaria control interventions.
We're studying the human genome to better understand the genetic factors that help people to resist severe malaria – information that could provide vital clues about the molecular mechanisms of immunity and accelerate the development of an effective vaccine.
We're studying Anopheles mosquitoes in order to better understand how malaria is transmitted, how mosquito populations can be controlled, and how mosquitoes are evolving in response to insecticides and other control interventions.
We're investigating the biological consequences of genetic variation in the Plasmodium parasites that cause malaria, in order to answer crucial questions about malaria transmission and drug resistance.
An #opendata resource thanks to our partners #malaria #genomic #plasmodium #DrugResistance https://t.co/hHZo73kAIR
30 Jul 2021
RT @Fredros_Inc: Date Change
Due to unavoidable circumstances
This MasterClass will now take place on August 5th, same time.
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27 Jul 2021
RT @WWARN: View our new toolkit for reporting minimal essential information for tracking #Plasmodium #falciparum kelch 13 mole… https://t.co/lcny7VRTIn
27 Jul 2021
For bioinformaticians, analysts and mathematicians interested in #malaria #genomics and #GenomicSurveillance,… https://t.co/RwwOj4ZcMf
Malaria professionals, bioinformaticians and analysts, our data visualisation tool lets you explore our open access… https://t.co/PuuGv8fITJ
20 Jul 2021
RT @MESAmalaria: #MalariaOpportunity | @WHO is seeking experts to serve as members of the Malaria Strategic Information Technical Ad… https://t.co/QESN7Q3i06
