species complex (Giles) are the most significant vectors of human malaria.
Anopheles gambiae, the most significant vector for human malaria, shows a remarkable capacity to thrive in a wide range of environmental conditions, provided humans are present.
Ecological niche models were developed for the two most significant and broadly distributed malaria vectors in Africa and projected onto two greenhouse gas emissions scenarios for each of two global climate models.
This mechanism is hypothesized to have played a central role in the ecotypic differentiation and speciation events represented by the Anopheles gambiae complex [ 4, 5, 11, 12], an African group of closely related mosquitoes that contains two of the most significant vectors of human malaria.
Malaria poses the most significant health threat; other parasitic diseases and tuberculosis are also common health problems.
Ministry of Health statistics show that malaria represents the most significant public health burden in PNG [6].
Malaria remains the most significant health problem in Uganda [ 14], accounting for 40% of outpatient visits [ 15].
One of the most significant complications of the disease is Malaria-induced anemia causing more deaths than any of the other conditions of this disease [ 7].
Malachowski's staining technique was one of the most significant technical advances in the history of malaria.
Until recently, the most significant level of induced immunological protection from malaria was observed in volunteers exposed to the bites of over 1,000 irradiated infected mosquitoes.
