Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
8485134 | Tuberculosis | 2018 | 25 Pages |
Abstract
The rampant development of the bioinformatics algorithms and the tremendously reduced time-frame until the clinician may decide for a definitive and most effective treatment will certainly trigger the technological transition where WGS-based bioinformatics platforms could replace phenotypic drug susceptibility testing for TB.
Keywords
XDR-TBOFXMTBCPZAEthionamideAMKMDR-TBDSTRMPPPVIGVWGSSTREMBINHExtensively drug-resistant tuberculosisDrug susceptibility testingAmikacinethPara-aminosalicylic acidOfloxacinisoniazidMOXTuberculosisWhole-genome sequencingWhole genome sequencingSraSequence Read ArchiveRifampicinWorld Health OrganizationMultidrug-resistant tuberculosisFluoroquinoloneslinezolidMycobacterium tuberculosis complexIntegrative Genomics ViewerNPV یا negative predictive valueKanMoxifloxacinPASPyrazinamideSingle nucleotide polymorphismsSNPKanamycinCapreomycinCaPWHO
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Authors
Rita Macedo, Alexandra Nunes, Isabel Portugal, SÃlvia Duarte, LuÃs Vieira, João Paulo Gomes,