While challenges remain in malaria control towards elimination, new guidelines and recently
approved vaccines offer hope. Monitoring for continued vaccine and chemoprevention …

The human infectious reservoir of Plasmodium falciparum is governed by transmission
efficiency during vector-human contact and mosquito biting preferences. Understanding …

Mosquitoes are important vectors for human diseases, transmitting pathogens that cause a
range of parasitic and viral infections. Mosquito blood-feeding is heterogeneous, meaning …

Measuring vector–human contact in a natural setting can inform precise targeting of
interventions to interrupt transmission of vector‐borne diseases. One approach is to directly …

Plasmodium vivax parasites can lie dormant in the liver as hypnozoites, activating weeks to
months after sporozoite inoculation to cause relapsing malarial illness. It is not known what …

The human infectious reservoir of Plasmodium falciparum malaria parasites is governed by
the efficiency of parasite transmission during vector human contact as well as mosquito …

A hallmark of cerebral malaria is sequestration of Plasmodium falciparum-infected
erythrocytes (IEs) in the brain microcirculation. Antibodies contribute to malaria immunity, but …

Anopheles vaneedeni and Anopheles parensis (members of the An. funestus group) are
generally not considered malaria vectors. However, both species were recently identified as …

Objective: Understanding the epidemiological features of malaria is a key step to monitoring
and quantifying the impact of the current control efforts to inform future ones. This study …

Variation in malaria infection risk, a product of disease exposure and immunity, is poorly
understood. We genotypically profiled over 13,000 blood samples from a six-year …