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Palier Gold : evidences validées mécaniquement, avec leur source primaire.

1 713 evidences · page 44 / 69

13 %Children living in higher transmission areas were considered to have a median probability of 13% of progressing to severe malaria.

Kenyapaludismepublié 2011PloS oneeurope_pmcdocument de 5 observations

12,1 %CHVs managed 12.1% of suspected malaria cases in Siaya County.

Kenyapaludismeobservé 2021-2023publié 2026Malaria journalPubMeddocument de 12 observations

8 %Six other non-synonymous dhfr mutations were detected in 8% of Plasmodium ovale curtisi isolates.

Kenyapaludismeobservé 2004-2023publié 2024The Lancet. MicrobePubMeddocument de 6 observations

27,71 %Blood group A prevalence among the enrolled individuals was 27.71%.

Kenyapaludismepublié 2022Malaria journalPubMeddocument de 23 observations

87 %Intense malaria transmission areas were predicted with an accuracy of 87 percent.

Kenyapaludismepublié 2002Photogrammetric engineering and remote sensingeurope_pmcdocument de 4 observations

5 753 individualsBlood samples were collected from 5,753 individuals in a Kenyan highland area of low, unstable malaria transmission in 2007 and monitored for clinical malaria through 2017.

Kenyapaludismeobservé 2007–2017publié 2025The American journal of tropical medicine and hygienePubMeddocument de 6 observations

100 %Pfdhfr 51I and 108N pyrimethamine-resistance mutations were at fixation (100% frequency) among primary school-going children in 15 counties in Kenya.

Kenyapaludismepublié 2025BMC infectious diseasesPubMeddocument de 6 observations

21,6 %The overall prevalence of malaria among primary school children in mainland Tanzania was 21.6%.

Kenyapaludismepublié 2018Malaria journaleurope_pmc

0 mol/LFolic acid and folinic acid inhibit the growth of Plasmodium falciparum in vitro at concentrations greater than 10^(-4.5) mol/L and 10^(-3.5) mol/L, respectively.

Kenyapaludismepublié 1999The American journal of tropical medicine and hygieneeurope_pmcdocument de 3 observationsDOI 10.4269/ajtmh.1999.60.943

78 %Using a population-derived denominator for age-eligible children, malaria vaccine coverage was 78% for dose 1 of RTS,S/AS01 in Kenya's pilot implementation.

Kenyapaludismeobservé 2019-2022publié 2023Malaria journaleurope_pmcdocument de 10 observations

70 per_100Antibody prevalence in adults was high at all time points (> 70%) for apical membrane antigen 1, erythrocyte-binding antigen 175, erythrocyte-binding protein-2, glutamate rich protein (GLURP)-R2, merozoite surface protein (MSP) 1 (19), MSP-1 (42), and liver-stage antigen-1.

Kenyapaludismepublié 2020The American journal of tropical medicine and hygienePubMeddocument de 3 observations

52,2 %In 2019, 52.2% of Kenya's population resided in areas with very low Plasmodium falciparum parasite prevalence (<1%).

Kenyapaludismeobservé 2019publié 2021PLOS global public healtheurope_pmcdocument de 11 observations

93,7 %Dominant IRNI haplotype occurred in 93.7% of samples.

Kenyapaludismeobservé September 2020–September 2022, extended to January 2024 for Mfangano Islandpublié 2026Scientific reportsPubMeddocument de 11 observations

48 childrenA cohort of 48 Gambian children was protected against malaria by fortnightly administration of Maloprim (pyrimethamine and dapsone) for 2 years between their 3 and 5 birthdays.

Kenyapaludismepublié 1988Transactions of the Royal Society of Tropical Medicine and Hygieneeurope_pmcdocument de 3 observationsDOI 10.1016/0035-9203(88)90263-5

Less than 1% of all malaria infections were among children aged less than 1 year in the seasonal low transmission zone.

Kenyapaludismepublié 2016Malaria journaleurope_pmcdocument de 12 observations

17,6 %Among 336 blood samples collected from hospital patients in Busia, Bungoma, and Kakamega counties between January 2018 and February 2019, 17.6% (59/336) were positive for Plasmodium falciparum.

Kenyapaludismeobservé January 2018 to February 2019publié 2022Malaria journalPubMeddocument de 5 observations

8 %The human-biting density of Anopheles gambiae sensu lato was consistently higher in the intervention zone compared to the control zone, but showed 8% reduction compared to pre-intervention biting rates—versus 94% increase in the control zone.

Kenyapaludismeobservé May 1994 to April 1995publié 1996Medical and veterinary entomologyeurope_pmcdocument de 5 observations

54,7 %Relative to PET-PCR, ultra sensitive RDT (usRDT) had a sensitivity of 54.7% (95% confidence interval [CI], 46.9%-62.2%).

Kenyapaludismepublié 2022The Journal of infectious diseasesPubMeddocument de 13 observations

8,9 %In the validation study, the prevalence was 8.9% (95% CI 7.9–9.9%) by strategy A.

Kenyapaludismepublié 2022Malaria journalPubMeddocument de 8 observations

3,46 transcripts/uLGametocyte density was 3.46 transcripts per microliter in the wet season.

Kenyapaludismeobservé wet seasonpublié 2021BMC infectious diseasesPubMeddocument de 10 observations

3,19 %Prevalence of nonsynonymous k13 mutations was 3.19% in western Kenya across the study period 2018–2022.

Kenyapaludismeobservé 2018–2022publié 2024Malaria journalPubMeddocument de 7 observations

46 %The monthly testing positivity rate (TPR) was 46% in February 2016 in the intervention area.

Kenyapaludismeobservé February 2016publié 2022PloS onePubMeddocument de 6 observations

86 %Eighty-six per cent of hospitals in Kenya reported malaria parasitological testing data between November 2015 and October 2016.

Kenyapaludismeobservé November 2015 to October 2016publié 2017Global health actioneurope_pmcdocument de 9 observations

54 per_1000In 1998, Wajir town experienced a large and explosive malaria epidemic with weekly incidence rates peaking at 54 per 1,000 population per week.

Kenyapaludismeobservé 1998publié 2014PloS oneeurope_pmcdocument de 3 observations

The odds of thrombocytopenia were decreased in HIV/malaria co-infection compared to the uninfected group.

Kenyapaludisme · thrombocytopenia · VIH/sidapublié 2023International journal of infectious diseases : IJID : official publication of the InternatPubMeddocument de 8 observations

Chaque ligne mène à son document source. Le nombre indiqué est celui des observations VALIDÉES qu'il porte, jamais celui des observations extraites : les deux diffèrent sur la plupart des documents. L'extrait exact du texte source n'est pas publié, par contrainte de droit d'auteur.