Publication | Open Access
Single-cell intracellular epitope and transcript detection revealing signal transduction dynamics
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Citations
20
References
2020
Year
Unknown Venue
EngineeringImmunologyMultiomicsSignal Transduction DynamicsSpatial OmicsCellular PhysiologyTrajectory AnalysisSingle Cell SequencingCell InteractionOmics TechnologyCell SignalingMulti-factor Omics AnalysisMulti-omics StudySingle-cell GenomicsOmicsGene ExpressionSingle-cell AnalysisBioinformaticsFunctional GenomicsCell BiologySignal TransductionPresent Qurie-seqOmics DatasetsSingle-cell BiologySystems BiologyMedicineOmics Integration
Abstract Current high-throughput single-cell multi-omics methods cannot concurrently map changes in (phospho)protein levels and the associated gene expression profiles. We present QuRIE-seq (Quantification of RNA and Intracellular Epitopes by sequencing) and use multi-factor omics analysis (MOFA+) to map signal transduction over multiple timescales. We demonstrate that QuRIE-seq can trace the activation of the B-cell receptor pathway at the minute and hour time-scale and provide insight into the mechanism of action of an inhibitory drug, Ibrutinib.
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