Malaria is a major public health problem and its prevalence is dependent on mosquitoes. There is an increased interest in developing plant-based insecticides as sustainable alternatives to chemical insecticides for the control of mosquitoes. The potential of Moringa plant as a larvicide against the malaria vector, Anopheles gambiaes. S was evaluated and its effects on mosquito fish were also studied. Toxic components in Moringa oleifera seeds were extracted using; five aliquots of concentrations ranging from 1160-8700 μg/ml were prepared by serial dilutions from the extract. Three independent laboratory procedures were run in quadruplicate in which third instar larvae of Anopheles gambiaes. S was exposed to different concentrations and a co...
Neste trabalho, o extrato aquoso das sementes de Moringaoleifera (EASMO) foi avaliado quanto aos seu...
Synthesis of Natural insecticides from plant origin against mosquito vectors have been the main conc...
Introduction: Plant extracts are an attractive target for search of effective malaria vector control...
The toxicity and growth regulatory effects of Moringa oleifera seed extracts were assessed on third ...
presented by SERGIO VERJOVSKI-ALMEIDA In this work, biological effects of the water extract of Morin...
Mosquito-borne diseases have an economic impact, including loss in commercial and labour outputs, pa...
In Indonesia, there are many plants that contain secondary metabolite compounds which can be a sourc...
Mosquitoes are known vectors for transmitting malarial parasites. To prevent proliferation of mosqui...
The anti-plasmodia activity of crude methanol extract and column fractions of methanol extract of Mo...
Innovation is needed using alternative ingredients as natural larvacide instead of temefos. One of t...
Background & objectives: This paper reports the larvicidal activity of seventeen Tanzanian plant...
Malaria is a major cause of economic loss and high morbidity especially in sub-Saharan Africa. Elimi...
This study investigated the larvicidal activities of methanol leaf extracts of six tropical plants a...
Dengue Hemorrhagic Fever (DHF) is a disease caused by Dengue virus. The disease is spread rapidly in...
The antimalarial efficacy of crude hexane, methanol and lyophilized aqueous Moringa oleifera leaf ex...
Neste trabalho, o extrato aquoso das sementes de Moringaoleifera (EASMO) foi avaliado quanto aos seu...
Synthesis of Natural insecticides from plant origin against mosquito vectors have been the main conc...
Introduction: Plant extracts are an attractive target for search of effective malaria vector control...
The toxicity and growth regulatory effects of Moringa oleifera seed extracts were assessed on third ...
presented by SERGIO VERJOVSKI-ALMEIDA In this work, biological effects of the water extract of Morin...
Mosquito-borne diseases have an economic impact, including loss in commercial and labour outputs, pa...
In Indonesia, there are many plants that contain secondary metabolite compounds which can be a sourc...
Mosquitoes are known vectors for transmitting malarial parasites. To prevent proliferation of mosqui...
The anti-plasmodia activity of crude methanol extract and column fractions of methanol extract of Mo...
Innovation is needed using alternative ingredients as natural larvacide instead of temefos. One of t...
Background & objectives: This paper reports the larvicidal activity of seventeen Tanzanian plant...
Malaria is a major cause of economic loss and high morbidity especially in sub-Saharan Africa. Elimi...
This study investigated the larvicidal activities of methanol leaf extracts of six tropical plants a...
Dengue Hemorrhagic Fever (DHF) is a disease caused by Dengue virus. The disease is spread rapidly in...
The antimalarial efficacy of crude hexane, methanol and lyophilized aqueous Moringa oleifera leaf ex...
Neste trabalho, o extrato aquoso das sementes de Moringaoleifera (EASMO) foi avaliado quanto aos seu...
Synthesis of Natural insecticides from plant origin against mosquito vectors have been the main conc...
Introduction: Plant extracts are an attractive target for search of effective malaria vector control...