FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945644301> ?p ?o ?g. }

• W2945644301 abstract "Mosquito-borne viruses are imposing an ever increasing health burden worldwide. In addition to the recent Zika and chikungunya virus epidemics, dengue viruses have become the fastest growing problem with a 40-fold increase in the number of reported cases over the past five decades. Current mosquito control techniques involving larval source reduction, larviciding, and space spray of adulticides are costly, laborious, and of debatable efficacy. There remains an urgent need for the development of intervention methods that can be reasonably implemented in the context of modern day urbanisation. Auto-dissemination (AD) of insecticide by adult mosquitoes offers a potentially practical and useful tool in an integrated vector control programme. Recently, an immediately employable AD device, the In2Care® mosquito trap, has been commercialised and shows promise as an effective tool. However, there remains a lack of demonstration of epidemiological efficacy. This trial aims to assess the extent to which implementation of In2Care® mosquito traps can reduce vector Aedes (Stegomyia) spp. adult mosquito densities and dengue virus transmission as measured by sequential sero-conversion rates in children 6–16 years of age in a dengue endemic location: Lipa City, Philippines. To achieve this, we will carry out a parallel, two-armed cluster randomised trial evaluating AD efficacy for reducing the incidence of dengue over a 2-year period with 4 consecutive months of vector control during peak dengue transmission each year. For decades, it has been commonly accepted that an integrated approach to mosquito control is required. The World Health Organization (WHO) Global Strategic Framework for Integrated Vector Management recommends a range of interventions, in combination, to increase control impact to reduce transmission. This efficacy trial of the first commercial product using the AD approach will be informative in assessing the general utility of AD in reducing not only adult vector densities but, more importantly, reducing the incidence of dengue. The AD technique may complement source reduction and larviciding campaigns by more efficiently targeting the most productive containers and those beyond human reach. If successful, this mosquito control strategy could prove an invaluable tool in the fight against urban mosquito vectors and a reduction in the burden of associated disease. ISRCTN44272773 . Registered on 31 January 2019." @default.
• W2945644301 created "2019-05-29" @default.
• W2945644301 creator A5002494823 @default.
• W2945644301 creator A5011538139 @default.
• W2945644301 creator A5025515599 @default.
• W2945644301 creator A5035799981 @default.
• W2945644301 creator A5061667156 @default.
• W2945644301 creator A5065958193 @default.
• W2945644301 creator A5078671870 @default.
• W2945644301 creator A5081429602 @default.
• W2945644301 creator A5089904339 @default.
• W2945644301 date "2019-05-14" @default.
• W2945644301 modified "2023-09-26" @default.
• W2945644301 title "Efficacy of the In2Care® auto-dissemination device for reducing dengue transmission: study protocol for a parallel, two-armed cluster randomised trial in the Philippines" @default.
• W2945644301 cites W182974170 @default.
• W2945644301 cites W1967032136 @default.
• W2945644301 cites W1971333421 @default.
• W2945644301 cites W1977499964 @default.
• W2945644301 cites W1978976835 @default.
• W2945644301 cites W1986496696 @default.
• W2945644301 cites W1989318293 @default.
• W2945644301 cites W1994692449 @default.
• W2945644301 cites W1994937883 @default.
• W2945644301 cites W2003105925 @default.
• W2945644301 cites W2025213083 @default.
• W2945644301 cites W2027810335 @default.
• W2945644301 cites W2040891816 @default.
• W2945644301 cites W2062532242 @default.
• W2945644301 cites W2063117437 @default.
• W2945644301 cites W2073543973 @default.
• W2945644301 cites W2076499360 @default.
• W2945644301 cites W2078157132 @default.
• W2945644301 cites W2079338080 @default.
• W2945644301 cites W2089295355 @default.
• W2945644301 cites W2102330235 @default.
• W2945644301 cites W2112514322 @default.
• W2945644301 cites W2116471574 @default.
• W2945644301 cites W2117855998 @default.
• W2945644301 cites W2119721623 @default.
• W2945644301 cites W2119859663 @default.
• W2945644301 cites W2121966467 @default.
• W2945644301 cites W2127416271 @default.
• W2945644301 cites W2131222241 @default.
• W2945644301 cites W2133896316 @default.
• W2945644301 cites W2138241197 @default.
• W2945644301 cites W2139777798 @default.
• W2945644301 cites W2142114820 @default.
• W2945644301 cites W2150930265 @default.
• W2945644301 cites W2158338607 @default.
• W2945644301 cites W2161712247 @default.
• W2945644301 cites W2171811563 @default.
• W2945644301 cites W2267586927 @default.
• W2945644301 cites W2278342905 @default.
• W2945644301 cites W2284213423 @default.
• W2945644301 cites W2335680836 @default.
• W2945644301 cites W2337943362 @default.
• W2945644301 cites W2402601962 @default.
• W2945644301 cites W2407730757 @default.
• W2945644301 cites W2410358129 @default.
• W2945644301 cites W2460179838 @default.
• W2945644301 cites W2510950676 @default.
• W2945644301 cites W2566478608 @default.
• W2945644301 cites W2576680466 @default.
• W2945644301 cites W2619137602 @default.
• W2945644301 cites W2735335930 @default.
• W2945644301 cites W2795940243 @default.
• W2945644301 doi "https://doi.org/10.1186/s13063-019-3376-6" @default.
• W2945644301 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6518692" @default.
• W2945644301 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31088515" @default.
• W2945644301 hasPublicationYear "2019" @default.
• W2945644301 type Work @default.
• W2945644301 sameAs 2945644301 @default.
• W2945644301 citedByCount "8" @default.
• W2945644301 countsByYear W29456443012020 @default.
• W2945644301 countsByYear W29456443012021 @default.
• W2945644301 countsByYear W29456443012022 @default.
• W2945644301 countsByYear W29456443012023 @default.
• W2945644301 crossrefType "journal-article" @default.
• W2945644301 hasAuthorship W2945644301A5002494823 @default.
• W2945644301 hasAuthorship W2945644301A5011538139 @default.
• W2945644301 hasAuthorship W2945644301A5025515599 @default.
• W2945644301 hasAuthorship W2945644301A5035799981 @default.
• W2945644301 hasAuthorship W2945644301A5061667156 @default.
• W2945644301 hasAuthorship W2945644301A5065958193 @default.
• W2945644301 hasAuthorship W2945644301A5078671870 @default.
• W2945644301 hasAuthorship W2945644301A5081429602 @default.
• W2945644301 hasAuthorship W2945644301A5089904339 @default.
• W2945644301 hasBestOaLocation W29456443011 @default.
• W2945644301 hasConcept C104317684 @default.
• W2945644301 hasConcept C151730666 @default.
• W2945644301 hasConcept C159047783 @default.
• W2945644301 hasConcept C203014093 @default.
• W2945644301 hasConcept C2522874641 @default.
• W2945644301 hasConcept C2777053367 @default.
• W2945644301 hasConcept C2778048844 @default.
• W2945644301 hasConcept C2779343474 @default.
• W2945644301 hasConcept C2779635636 @default.
• W2945644301 hasConcept C2779985137 @default.
• W2945644301 hasConcept C2780688631 @default.
• W2945644301 hasConcept C2781273456 @default.

• next