FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2791987893> ?p ?o ?g. }

• W2791987893 endingPage "826" @default.
• W2791987893 startingPage "815" @default.
• W2791987893 abstract "BackgroundIncreasing evidence is becoming available on the aetiology and management of fevers in Asia; the importance of these fevers has increased with the decline in the incidence of malaria.AimsTo conduct a narrative review of the epidemiology and management of fevers in South and South-East Asia and to highlight gaps in our knowledge that impair evidence-based health policy decisions.SourcesA narrative review of papers published since 2012 on developments in fever epidemiology, diagnosis and treatment in South and South-East Asia. The papers that the authors felt were pivotal, from their personal perspectives, are discussed.ContentWe identified 100 studies. Among the 30 studies (30%)—including both children and adults—that investigated three or more pathogens, the most frequently reported fever aetiology was dengue (reported by 15, 50%), followed by leptospirosis (eight, 27%), scrub typhus (seven, 23%) and Salmonella serovar Typhi (six, 20%). Among four studies investigating three or more pathogens in children, dengue and Staphylococcus aureus were the most frequent, followed by non-typhoidal Salmonella spp, Streptococcus pneumoniae, Salmonella serovar Typhi, and Orientia tsutsugamushi. Increased awareness is needed that rickettsial pathogens are common but do not respond to cephalosporins, and that alternative therapies, such as tetracyclines, are required.ImplicationsMany key gaps remain, and consensus guidelines for study design are needed to aid comparative understanding of the epidemiology of fevers. More investment in developing accurate and affordable diagnostic tests for rural Asia and independent evaluation of those already on the market are needed. Treatment algorithms, including simple biomarker assays, appropriate for empirical therapy of fevers in different areas of rural Asia should be a major aim of fever research. Enhanced antimicrobial resistance (AMR) surveillance and openly accessible databases of geography-specific AMR data would inform policy on empirical and specific therapy. More investment in innovative strategies facilitating infectious disease surveillance in remote rural communities would be an important component of poverty reduction and improving public health." @default.
• W2791987893 created "2018-03-29" @default.
• W2791987893 creator A5004881063 @default.
• W2791987893 creator A5013453998 @default.
• W2791987893 creator A5014548343 @default.
• W2791987893 creator A5026459900 @default.
• W2791987893 creator A5053184259 @default.
• W2791987893 creator A5057449453 @default.
• W2791987893 creator A5079004146 @default.
• W2791987893 date "2018-08-01" @default.
• W2791987893 modified "2023-10-16" @default.
• W2791987893 title "Febrile illness in Asia: gaps in epidemiology, diagnosis and management for informing health policy" @default.
• W2791987893 cites W1502920277 @default.
• W2791987893 cites W1973356083 @default.
• W2791987893 cites W1978526166 @default.
• W2791987893 cites W1989717010 @default.
• W2791987893 cites W2011346254 @default.
• W2791987893 cites W2018750296 @default.
• W2791987893 cites W2019169881 @default.
• W2791987893 cites W2024671139 @default.
• W2791987893 cites W2036461914 @default.
• W2791987893 cites W2036694918 @default.
• W2791987893 cites W2041202312 @default.
• W2791987893 cites W2057524979 @default.
• W2791987893 cites W2077303759 @default.
• W2791987893 cites W2082686705 @default.
• W2791987893 cites W2090318902 @default.
• W2791987893 cites W2113958321 @default.
• W2791987893 cites W2115627440 @default.
• W2791987893 cites W2117928426 @default.
• W2791987893 cites W2120654396 @default.
• W2791987893 cites W2138842987 @default.
• W2791987893 cites W2140604944 @default.
• W2791987893 cites W2147606618 @default.
• W2791987893 cites W2150985653 @default.
• W2791987893 cites W2152775336 @default.
• W2791987893 cites W2152914805 @default.
• W2791987893 cites W2154927703 @default.
• W2791987893 cites W2155609746 @default.
• W2791987893 cites W2156429274 @default.
• W2791987893 cites W2156802149 @default.
• W2791987893 cites W2166911647 @default.
• W2791987893 cites W2170190476 @default.
• W2791987893 cites W2210207707 @default.
• W2791987893 cites W2260923544 @default.
• W2791987893 cites W2266552834 @default.
• W2791987893 cites W2275967646 @default.
• W2791987893 cites W2289317918 @default.
• W2791987893 cites W229647168 @default.
• W2791987893 cites W2314171243 @default.
• W2791987893 cites W2332977223 @default.
• W2791987893 cites W2346625504 @default.
• W2791987893 cites W2404643383 @default.
• W2791987893 cites W2407415576 @default.
• W2791987893 cites W2489293415 @default.
• W2791987893 cites W2513624963 @default.
• W2791987893 cites W2517323034 @default.
• W2791987893 cites W2518826278 @default.
• W2791987893 cites W2531573768 @default.
• W2791987893 cites W2532597145 @default.
• W2791987893 cites W2584480708 @default.
• W2791987893 cites W2588085092 @default.
• W2791987893 cites W2605729847 @default.
• W2791987893 cites W2662556006 @default.
• W2791987893 cites W2736066070 @default.
• W2791987893 cites W2748587636 @default.
• W2791987893 cites W2766539018 @default.
• W2791987893 cites W2775311011 @default.
• W2791987893 cites W2779922754 @default.
• W2791987893 cites W2789338382 @default.
• W2791987893 cites W4237504854 @default.
• W2791987893 cites W848939283 @default.
• W2791987893 doi "https://doi.org/10.1016/j.cmi.2018.03.028" @default.
• W2791987893 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29581051" @default.
• W2791987893 hasPublicationYear "2018" @default.
• W2791987893 type Work @default.
• W2791987893 sameAs 2791987893 @default.
• W2791987893 citedByCount "35" @default.
• W2791987893 countsByYear W27919878932018 @default.
• W2791987893 countsByYear W27919878932019 @default.
• W2791987893 countsByYear W27919878932020 @default.
• W2791987893 countsByYear W27919878932021 @default.
• W2791987893 countsByYear W27919878932022 @default.
• W2791987893 countsByYear W27919878932023 @default.
• W2791987893 crossrefType "journal-article" @default.
• W2791987893 hasAuthorship W2791987893A5004881063 @default.
• W2791987893 hasAuthorship W2791987893A5013453998 @default.
• W2791987893 hasAuthorship W2791987893A5014548343 @default.
• W2791987893 hasAuthorship W2791987893A5026459900 @default.
• W2791987893 hasAuthorship W2791987893A5053184259 @default.
• W2791987893 hasAuthorship W2791987893A5057449453 @default.
• W2791987893 hasAuthorship W2791987893A5079004146 @default.
• W2791987893 hasBestOaLocation W27919878931 @default.
• W2791987893 hasConcept C104317684 @default.
• W2791987893 hasConcept C107130276 @default.
• W2791987893 hasConcept C120665830 @default.
• W2791987893 hasConcept C121332964 @default.
• W2791987893 hasConcept C137627325 @default.

• next