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2019 | SCoPE2: Quantifying proteins in single cells at high-throughput
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2019 | DO-MS: Data-Driven Optimization of Mass Spectrometry Methods
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2018 | Automated sample preparation for high-throughput single-cell proteomics
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2016 | Single Cell ProtEomics by Mass Spectrometry (SCoPE-MS)
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2015 | Protein Composition of Ribosomes across Growth Conditions
Nikolai Slavov
2010 Ph.D., Princeton University
Cambridge, MA 02138
Contact
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A journal club paper: Alternative splicing turns 3' UTRs into 3' TRs and contributes to regulating protein degradation and interactions. t.co/OkAm1sINaK t.co/6kp9VdwDEo
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Indeed, the suggestion in the @JProteomeRes perspective was only theoretical / speculative. Subsequent experiments provided data demonstrating the suggestion. t.co/XeGiECMV6j t.co/WRxvZw99Ue t.co/ZkKgALraEQ
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@slavov_n Enabling quantitative DIA analysis of samples labeled with isobaric tags will be a big step in further expanding the power of DIA analysis. It certainly holds much promise for single-cell analysis methods using the isobaric carrier approach t.co/R80UFNC2uk
