Single-Cell Proteomics Bypasses Bottlenecks, Sways Skeptics

To combine thoroughness, speediness, and economy, single-cell proteomics embraces novel technologies for sample preparation, labeling, and multiplexing.

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Cambridge , Cambridgeshire , United Kingdom , Munich , Bayern , Germany , Switzerland , Swiss , Christopher Rose , Lee Gethings , Nikolai Slavov , Matthias Mann , Natasha Wagner , Christoph Krisp , Biognosy Spectronaut , David Heywood , Technical University Of Munich , Genentech , Max Planck Institute Of Biochemistry , Cell Proteomics Center At Northeastern University , Northeastern University Nikolai Slavov , Waters Select Series Cyclic , Acquity Premier , Select Series Cyclic , Maxpeak High Performance Surfaces , Northeastern University , Single Cell Proteomics Center , Water Immerse Cambridge , Immerse Cambridge , Technical University , Max Planck Institute , Deep Visual Proteomics ,