Murine Model of Invasive Aspergillosis

Detail:

Series: Methods in Molecular Medicine | Volume: 118 | Pub. Date: May-16-2005 | Page Range: 129-142 | DOI: 10.1385/1-59259-943-5:129

Year prepared: 2005

The growing importance of infectious caused by Aspergillus species during the last decade has created a need for practical and reproducible animal models of invasive aspergillosis suitable for studying fungal virulence, infection pathogenesis, diagnostic markers, and testing of antifungal therapy. Murine models remain the most commonly used models for studying aspergillosis because of their ease of manipulation and the large number of reagents available for studying disease-host responses. This chapter provides describes a murine model of invasive aspergillosis suitable for basic and translational studies of invasive pulmonary aspergillosis and highlights experimental variables that affect the course and reproducibility of infection.

Laboratory Protocols

Select from:Additional methods & referenceAflatoxinsAssaying antifungal levelsAssaying mycotoxinsAztec Labs Diagnostic testing ProtocolsBiochemical CalculatorsBiofilmBiotypingCell Component ExtractionClinical BreakpointsCollection of Clinical MaterialCosmidsDetection in clinical samplesDNA extractionEnzyme synthesisFungal Molecular BiologyGeneral Molecular BiologyGeneticsGrowth and StorageHistologyMethods for DNA sequencingMicroscopyModel systems: in vitroModel systems: in vivoMore protocol collectionsPCR  -RT-qPCRPhagocytosisPlanar liquid chromatographyPost Antifungal Effects (PAFE)Preparation of amphotericin pasteProtein methodsProtocol overviewsQuality control in mycologySampling Aspergillus sporesSecondary metabolitesSpecies/Strain identification  -In situ hydridizationStandard Operating Procedures:National Aspergillosis CentreSusceptibility testingVeterinaryVideo Protocols at the FGSCWhole blood fractionationwhole-cell screening