| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 5591822 | Molecular and Biochemical Parasitology | 2016 | 66 Pages |
Abstract
•Multiple annotated genomes are available for bottom-up proteomics in G. duodenalis.•Post-genomic proteomics data now covers multiple aspects of Giardia biology.•Transcriptomic data for Giardia is also available to complement proteomic data.•Future studies need to focus on generating quantitative data and analysing PTMs.•To date, there is no proteomics data in human-infective G. duodenalis assemblage B.
Keywords
HDACWGAITRAQNSPCTMTGiardia duodenalisHspcyst wall proteinRNSICATMRM2-DEUniProtCWPDDAORFPTMNSAFSRMornithine carbamoyl transferaseParasite proteomicsESVSPCAUCLC?MS/MSADIROSVsparginine deiminasetwo-dimensional gel electrophoresisPFOROstOligosaccharyltransferaseOctisobaric tags for relative and absolute quantitationSerial analysis of gene expressionSAGEcyst wallDIAIntestinal epithelial cellsSWATHSILACMass spectrometryopen reading framearea under the curveselected reaction monitoringmultiple reaction monitoringNitric oxideNekGene ontologyhistone acetylasehistone deacetylaseextracellular vesicleComparative proteomicsQuantitative proteomicsvariant-specific surface proteinHeat shock proteinliquid chromatography tandem mass spectrometryhigh performance liquid chromatographyHPLCdata-dependent acquisitionData-independent acquisitionHATIECreactive nitrogen speciesReactive oxygen speciesWheat germ agglutinin
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