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• W4137992 abstract "Since no protective vaccine or specific treatments are available for dengue fever/dengue hemorrhagic fever (DHF), accurate diagnosis is critical for the early initiation of specific preventive health measures to curtail epidemic spread and reduce economic losses. Commonly used diagnosis methods for confirming dengue infection involve virus isolation, detection of virus antigen or RNA in plasma or serum or tissues, and the presence of dengue virus-specific antibodies in serum and other body fluids. Recently, several techniques have been developed for rapid laboratory diagnosis of dengue virus, including centrifugation amplification to enhance virus isolation rate, the flow cytometry method for early detection of cultured virus, detecting viral nucleic acid e.g., by nested reverse transcriptase-polymerase chain reaction (RT-PCR), quantitative RT-PCR, nucleic acid sequence-based amplification, and real-time PCR, detecting free viral non-structure antigens, anti-dengue virus immunoglobulin M (IgM) or IgG antibodies by enzyme-linked immunosorbent assay, and differentiation of primary versus secondary dengue virus infection. Newly established methods must be standardized to maintain high quality laboratory performance. Laboratory diagnostics must be tailored to a specific laboratory environment, the objectives of clinical needs and the availability of clinical specimens. Speed and accuracy of diagnosis must be balanced against test cost and availability. Future challenges in the study of dengue and DHF include the application of modern techniques, such as nucleic acid chips, protein chips and new biomarkers to avoid cross-reactivity among different serotypes of dengue viruses and other flaviviruses, plus development of internationally standardized guidelines to improve quality assurance of these advanced laboratory tests." @default.
• W4137992 created "2016-06-24" @default.
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• W4137992 creator A5089510537 @default.
• W4137992 date "2005-02-01" @default.
• W4137992 modified "2023-10-17" @default.
• W4137992 title "Laboratory diagnosis of dengue virus infection: current and future perspectives in clinical diagnosis and public health." @default.
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• W4137992 cites W1700088150 @default.
• W4137992 cites W1773048998 @default.
• W4137992 cites W1780297227 @default.
• W4137992 cites W179516752 @default.
• W4137992 cites W1819410923 @default.
• W4137992 cites W1834855708 @default.
• W4137992 cites W1884915680 @default.
• W4137992 cites W1895716069 @default.
• W4137992 cites W1910154310 @default.
• W4137992 cites W191731088 @default.
• W4137992 cites W1917851386 @default.
• W4137992 cites W1918880335 @default.
• W4137992 cites W1958440227 @default.
• W4137992 cites W1965539545 @default.
• W4137992 cites W1971409853 @default.
• W4137992 cites W1975152695 @default.
• W4137992 cites W1982219875 @default.
• W4137992 cites W1994850469 @default.
• W4137992 cites W1999818791 @default.
• W4137992 cites W1999909784 @default.
• W4137992 cites W2000075476 @default.
• W4137992 cites W2022498939 @default.
• W4137992 cites W2023274598 @default.
• W4137992 cites W2028670525 @default.
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• W4137992 cites W2070838737 @default.
• W4137992 cites W2083004655 @default.
• W4137992 cites W2086996423 @default.
• W4137992 cites W2090105219 @default.
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• W4137992 cites W2131112023 @default.
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• W4137992 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/15692621" @default.
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