View clinical trials related to Malaria.
Filter by:The purpose of this pilot study is to evaluate the use of (1) 'malaria prevalence', (2) 'malaria incidence' and (3) 'malaria mortality' as a measure of malaria transmission in The Gambia, while mosquito insecticides (larvicides) are used to control malaria-carrying mosquitoes. Two thousand children aged 6 months to 10 years of age will be recruited from villages in the study area. They will be monitored over 7 months for the presence of malaria parasites and signs and symptoms of the disease.
This study will attempt to find out what effect mosquito insecticides have on the transmission of malaria in The Gambia. Eight hundred healthy men and women, aged 18 to 40 years, living in selected villages east of Farafenni town in The Gambia, West Africa will be screened for parasites. About 552 of these people are expected to be free of malaria and will form the study group. These people will participate in the study for 7 months and will be checked for the malaria-causing parasite every two weeks by finger prick blood sample.
The purpose of this study is to determine the safety of and immune response to a preventive malaria vaccine, MSP1 42-C1/Alhydrogel, in healthy adults. This study will also compare responses to two different doses of the malaria vaccine given with or without the adjuvant CPG 7909.
There is increasing evidence from African countries, including Burkina Faso, that at least in some settings/seasons the proportion of fevers attributable to malaria is low or very low: this means that the current strategy of treating all fever cases as malaria is only to the advantage of very few. Rapid, antigenic tests might be of help, particularly in peripheral health centres such as the "Centres de Santé et Promotion Sociale" (CSPS) that lack any laboratory facilities. Nevertheless two major problems could arise: - False negatives: as only the negative result would change the decision to treat, versus the current "presumptive" strategy, false negatives would not be treated for malaria. - False positives: they would be exposed to the risk to be left without treatment for the true cause of their fever instead. The main purpose of this study is to assess if the short term outcome of febrile patients treated after testing with the Rapid Diagnostic Test Paracheck® is at least equivalent (not inferior) to that of controls (presumptively treated without any test) in terms of clearance of fever and other major symptoms and signs. To do so, febrile patients will be randomly assigned to be submitted to the test before clinical decision, or to be managed the usual way with no test. A follow up will be carried out at Day 4th in order to determine the proportion of patients in both groups with persistence of fever and other main clinical symptoms.
To assess the safety and reactogenicity of the FMP-1/AS02A malaria vaccine in malaria-exposed children living in western Kenya and aged 12-47 months
Primary Objective: - To demonstrate the non-inferiority, in terms of clinical and parasitological efficacy on D28 of administration of Coarsucam™ (artesunate+amodiaquine fixed-dose combination), as a single daily dose, in comparison with administration of Coartem® (artemether+lumefantrine). Secondary Objectives: To compare the 3 treatment groups in terms of: - clinical and parasitological efficacy on D14 and D28 on the global population and on the subpopulation consisting of children aged under 5 years and that for patients aged 5 years and over - clinical and laboratory safety - time to parasite clearance - time to clearance of fever - changes in gametocytaemia - impact on anaemia
The purpose of this study is to find out what effect malaria in the mother has on the development of her child's immune system response to malaria and whether being exposed to malaria in the womb makes a child more likely to get malaria. The study will also assess the effect that exposure to malaria in the womb has on the child's growth and development over the first three years of life. Study participants will include 480 healthy pregnant women (greater than or equal to 15 years of age), their healthy offspring, 20 healthy people from the United States with no malaria exposure or disease and 40 adult Kenyans who have previously been exposed to malaria or have malaria with no signs of infection. Study procedures will include an ultrasound (procedure to assess the baby's growth and development in the womb), blood, urine, and stool collections. Newborns will be examined at birth, and at 6, 12, 18, 24, 30 and 36 months of age.
Phase I/II Trial of a Malaria Vaccine, FMP011/AS01B, in Adults Living in the United States of America.
Phase I/II Trial of a Malaria Vaccine, FMP011/AS01B, in Adults Living in the United States of America.
This study tested the safety of a new malaria vaccine in adults in Mali, West Africa, and measured the ability of the vaccine to stimulate antibodies directed against the malaria protein that the vaccine is based on. Forty adults were randomly assigned to get either the experimental malaria vaccine or a rabies vaccine, for comparison.