FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2885493423> ?p ?o ?g. }

• W2885493423 abstract "Increased use of long-lasting insecticidal nets (LLINs) over the last decade has considerably improved the control of malaria in sub-Saharan Africa. However, there is still a paucity of data on the influence of LLIN use and other factors on mosquito bionomics in different epidemiological foci. The objective of this study was to provide updated data on the evolution of vector bionomics and malaria transmission patterns in the equatorial forest region of Cameroon over the period 2000–2017, during which LLIN coverage has increased substantially. The study was conducted in Olama and Nyabessan, two villages situated in the equatorial forest region. Mosquito collections from 2016–2017 were compared to those of 2000–2001. Mosquitoes were sampled using both human landing catches and indoor sprays, and were identified using morphological taxonomic keys. Specimens belonging to the An. gambiae complex were further identified using molecular tools. Insecticide resistance bioassays were undertaken on An. gambiae to assess the susceptibility levels to both permethrin and deltamethrin. Mosquitoes were screened for Plasmodium falciparum infection and blood-feeding preference using the ELISA technique. Parasitological surveys in the population were conducted to determine the prevalence of Plasmodium infection using rapid diagnostic tests. A change in the species composition of sampled mosquitoes was recorded between the 2000–2001 collections and those of 2016–2017. A drop in the density of the local primary vectors An. nili and An. moucheti in the forest region was recorded, whereas there was an increase in the density of An. gambiae (s.l.), An. marshallii, An. ziemannii and An. paludis. A change in the biting behaviour from indoor to outdoor was recorded in Olama. Very few indoor resting mosquitoes were collected. A change in the night biting cycle was recorded with mosquitoes displaying a shift from night biting to late evening/early in the night. Several mosquitoes were found positive for Plasmodium infection, thus sustaining continuous transmission of malaria in both sites. Reduction of malaria transmission in Nyabessan was lower than that seen in Olama and associated with deforestation and the construction of a dam that may have enabled a more efficient vector, An. gambiae (s.l.), to invade the area. A high level of resistance to pyrethroids (permethrin and deltamethrin) was detected for An. gambiae in both sites. High parasite prevalence was recorded in both sites, with children of 0–16 years being the most affected. In both Olama and Nyabessan, bed net usage appeared to correlate to protection against malaria infection. The study shows important changes in the bionomics of vector populations and malaria transmission patterns in the equatorial forest region. The changes call for more concerted efforts to address challenges such as insecticide resistance, environmental modifications or behavioural changes affecting the performance of current control measures." @default.
• W2885493423 created "2018-08-22" @default.
• W2885493423 creator A5000436143 @default.
• W2885493423 creator A5009370045 @default.
• W2885493423 creator A5011220986 @default.
• W2885493423 creator A5037394498 @default.
• W2885493423 creator A5037724218 @default.
• W2885493423 creator A5052221103 @default.
• W2885493423 creator A5056177272 @default.
• W2885493423 creator A5061146109 @default.
• W2885493423 creator A5078210438 @default.
• W2885493423 date "2018-08-13" @default.
• W2885493423 modified "2023-09-28" @default.
• W2885493423 title "Changes in malaria vector bionomics and transmission patterns in the equatorial forest region of Cameroon between 2000 and 2017" @default.
• W2885493423 cites W129358861 @default.
• W2885493423 cites W1912142970 @default.
• W2885493423 cites W1971316888 @default.
• W2885493423 cites W1977743896 @default.
• W2885493423 cites W1985596043 @default.
• W2885493423 cites W1989552423 @default.
• W2885493423 cites W2029407341 @default.
• W2885493423 cites W2030006320 @default.
• W2885493423 cites W2049219139 @default.
• W2885493423 cites W2077506387 @default.
• W2885493423 cites W2081207002 @default.
• W2885493423 cites W2083165455 @default.
• W2885493423 cites W2084527344 @default.
• W2885493423 cites W2096097409 @default.
• W2885493423 cites W2098505460 @default.
• W2885493423 cites W2101317185 @default.
• W2885493423 cites W2103610338 @default.
• W2885493423 cites W2108685809 @default.
• W2885493423 cites W2111104342 @default.
• W2885493423 cites W2119684348 @default.
• W2885493423 cites W2123036062 @default.
• W2885493423 cites W2126256240 @default.
• W2885493423 cites W2127249471 @default.
• W2885493423 cites W2128860203 @default.
• W2885493423 cites W2129239161 @default.
• W2885493423 cites W2133315237 @default.
• W2885493423 cites W2136182969 @default.
• W2885493423 cites W2151659831 @default.
• W2885493423 cites W2151979664 @default.
• W2885493423 cites W2152400766 @default.
• W2885493423 cites W2154582509 @default.
• W2885493423 cites W2156811672 @default.
• W2885493423 cites W2157595233 @default.
• W2885493423 cites W2160289022 @default.
• W2885493423 cites W2167964584 @default.
• W2885493423 cites W2169117942 @default.
• W2885493423 cites W2176148305 @default.
• W2885493423 cites W2176993547 @default.
• W2885493423 cites W2294352828 @default.
• W2885493423 cites W2342535789 @default.
• W2885493423 cites W2523305587 @default.
• W2885493423 cites W2577409880 @default.
• W2885493423 cites W2763931229 @default.
• W2885493423 cites W2795056550 @default.
• W2885493423 cites W4238295923 @default.
• W2885493423 cites W4248665920 @default.
• W2885493423 doi "https://doi.org/10.1186/s13071-018-3049-4" @default.
• W2885493423 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6090627" @default.
• W2885493423 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30103825" @default.
• W2885493423 hasPublicationYear "2018" @default.
• W2885493423 type Work @default.
• W2885493423 sameAs 2885493423 @default.
• W2885493423 citedByCount "41" @default.
• W2885493423 countsByYear W28854934232019 @default.
• W2885493423 countsByYear W28854934232020 @default.
• W2885493423 countsByYear W28854934232021 @default.
• W2885493423 countsByYear W28854934232022 @default.
• W2885493423 countsByYear W28854934232023 @default.
• W2885493423 crossrefType "journal-article" @default.
• W2885493423 hasAuthorship W2885493423A5000436143 @default.
• W2885493423 hasAuthorship W2885493423A5009370045 @default.
• W2885493423 hasAuthorship W2885493423A5011220986 @default.
• W2885493423 hasAuthorship W2885493423A5037394498 @default.
• W2885493423 hasAuthorship W2885493423A5037724218 @default.
• W2885493423 hasAuthorship W2885493423A5052221103 @default.
• W2885493423 hasAuthorship W2885493423A5056177272 @default.
• W2885493423 hasAuthorship W2885493423A5061146109 @default.
• W2885493423 hasAuthorship W2885493423A5078210438 @default.
• W2885493423 hasBestOaLocation W28854934231 @default.
• W2885493423 hasConcept C104317684 @default.
• W2885493423 hasConcept C147135968 @default.
• W2885493423 hasConcept C161176658 @default.
• W2885493423 hasConcept C173758957 @default.
• W2885493423 hasConcept C18903297 @default.
• W2885493423 hasConcept C190612196 @default.
• W2885493423 hasConcept C20137635 @default.
• W2885493423 hasConcept C203014093 @default.
• W2885493423 hasConcept C2776802408 @default.
• W2885493423 hasConcept C2777553912 @default.
• W2885493423 hasConcept C2778048844 @default.
• W2885493423 hasConcept C2778371730 @default.
• W2885493423 hasConcept C2779985137 @default.
• W2885493423 hasConcept C2781375639 @default.
• W2885493423 hasConcept C2908647359 @default.
• W2885493423 hasConcept C40767141 @default.
• W2885493423 hasConcept C42972112 @default.

• next