Label-free single-cell proteomics

Recently, Matthias Mann and colleagues published a preprint (doi: 10.1101/2020.12.22.423933v1) reporting a label-free mass spectrometry method for single-cell proteomics. Many colleagues asked me what I think about the preprint, and I summarized a few comments in the peer review below. I did not examine all aspects of the work, but I hope my comments are … Continue reading Label-free single-cell proteomics

The cost of omics

Next generation DNA sequencing is ubiquitously integrated in modern biomedical research while mass-spectrometry proteomics remains less ubiquitous. In fact, mass-spectrometry proteomics is conspicuously missing from projects that desperately need it. Why is DNA sequencing better integrated with biomedical research? This question comes up often in my conversations with colleagues. A commonly suggested answer is the … Continue reading The cost of omics

Direct causal mechanisms

Understanding biological systems: In search of direct causal mechanisms The advent of DNA-microarrays spurred a vigorous effort to reverse engineer biological networks. Recently, these efforts have been reinvigorated by the availability of RNA-seq data from perturbed and unperturbed single cells. In the talk below, I discuss the opportunities and limitations of using such data for … Continue reading Direct causal mechanisms

Evaluating preprints

I am hugely enthusiastic for communicating research by preprints. So naturally, I am happy to see when the president and strategic advisers of one of the most elite funding institutes embraces preprints: https://twitter.com/slavovLab/status/1095734247384641541 For centuries, publishing a scientific article was just about sharing the results. More recently, publishing research articles in a journal has served … Continue reading Evaluating preprints