Background Human populations exposed to low malaria transmission present particular
severe risks of malaria morbidity and mortality. In addition, in a context of low-level exposure …

Objective The development of a biomarker of exposure based on the evaluation of the
human antibody response specific to Anopheles salivary proteins seems promising in …

Background Urban malaria can be a serious public health problem in Africa. Human-landing
catches of mosquitoes, a standard entomological method to assess human exposure to …

Background Over the past decade, a sharp decline of malaria burden has been observed in
several countries. Consequently, the conventional entomological methods have become …

Background In order to improve malaria control, and under the aegis of WHO
recommendations, many efforts are being devoted to developing new tools for identifying …

Urban malaria is an underestimated serious health concern in African countries. This study
aimed to evaluate the risk of malaria transmission in an urban area by evaluating the level of …

Human IgG antibody response to Anopheles gambiae gSG6-P1 salivary peptide was
reported to be a pertinent indicator for assessing human exposure to mosquito bites and …

To optimize malaria control, WHO has prioritised the need for new indicators to evaluate the
efficacy of malaria vector control strategies. The gSG6-P1 peptide from gSG6 protein of …

Background The estimates of risk of malaria in early childhood are imprecise given the
current entomologic and parasitological tools. Thus, the utility of anti-Anopheles salivary …

Abstract Background In some African cities, urban malaria is a threat to the health and
welfare of city dwellers. To improve the control of the disease, it is critical to identify …