The advantage of laser-capture microdissection over whole tissue analysis in proteomic profiling studies

article








Marchi, T. de

Braakman, R.B.H.

Stingl, C.

Duijn, M.M. van

Smid, M.

Foekens, J.A.

Luider, T.M.

Martens, J.W.M.

Umar, A.
Topics
















































BioinformaticsLabel-free quantificationLaser-capture microdissectionOrbitrap mass spectrometryTissue heterogeneityBiological markerPeptideProteomeEstrogen receptor alphaEstrogen receptor alpha, humanTumor markerAnalytic methodBreast cancerCancer tissueChromatographCohort analysisComparative studyComputer programControlled studyEpithelium cellEpithelium tumorHistologyHumanHuman tissueImmune systemLabel free quantification analysisLaser capture microdissectionLipid metabolismMass spectrometerMass spectrometryProtein analysisProtein expressionProteomicsTandem mass spectrometryTissue sectionWhole tissue lysateBreast neoplasmsFemaleIsolation and purificationLaser capture microdissectionMetabolismPathologyProceduresTreatment outcomeBiomarkers, TumorEstrogen Receptor alphaTreatment OutcomeProtein, 67254-75-5Biomarkers, Tumor
TNO Identifier
954744
Repository link
https://resolver.tno.nl/uuid:4a3ba46c-0893-4d4a-88db-238097e1ffa0
ISSN
1615-9853
Source
Proteomics, 16(10), pp. 1474-1485.
Publisher
Wiley-VCH Verlag
Pages
1474-1485
Files
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