Fengchao Yu (@fcyucn) 's Twitter Profile
Fengchao Yu

@fcyucn

Research Investigator at U of M. Interested in proteomics, etc. Developer of FragPipe, MSFragger, IonQuant, etc.

ID: 1388236398

linkhttps://fyupro.com/ calendar_today29-04-2013 00:24:23

422 Tweet

694 Followers

743 Following

Journal of Proteome Research (@jproteomeres) 's Twitter Profile Photo

Most Read in the past 30 days! Check it out: "Analysis and Visualization of Quantitative Proteomics Data Using FragPipe-Analyst" go.acs.org/bei

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Rethink the analysis of DDA data! Blurring the boundary between DDA, WWA, and DIA, #MSFragger-DDA+ Enhances Peptide Identification Sensitivity with Full Isolation Window Search. Fully integrated in #FragPipe, simply annotate your DDA files as DDA+ and RUN. biorxiv.org/content/10.110…

Rethink the analysis of DDA data! Blurring the boundary between DDA, WWA, and DIA, #MSFragger-DDA+ Enhances Peptide Identification Sensitivity with Full Isolation Window Search. Fully integrated in #FragPipe, simply annotate your DDA files as DDA+ and RUN. biorxiv.org/content/10.110…
Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Come to my poster at HUPO on Tuesday! Direct spectrum-centric analysis of diaPASEF data using diaTracer and #FragPipe. See how well it works for spatial proteomics, CSF, plasma, HLA, PTMs and more! Updated preprint: biorxiv.org/content/10.110…. With co-authors Kai, Fengchao, Guo Ci.

Come to my poster at HUPO on Tuesday! Direct spectrum-centric analysis of diaPASEF data using diaTracer and #FragPipe. See how well it works for spatial proteomics, CSF, plasma, HLA, PTMs and more! Updated preprint: biorxiv.org/content/10.110…. With co-authors Kai, Fengchao, Guo Ci.
Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

I had to shorten my trip to Dresden for #HUPO2024 and have a room for Friday and Saturday night, and the following Wednesday night, that will sit empty. They require 14 day cancelation notice. If anyone in a desperate need for a place to stay on those nights, email me.

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Will Fondrie I agree with many points, but there is one problem. The commercialization of mass spec tools via spin-off has resulted in the loss of free access to academics (e.g. Byonics, PEAKS, Spectronaut). I am adamant about our tools free for academics, and searching for ways to do that.

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Will Fondrie My second point is the timing of the source code release. When the software is being actively developed and research is still ongoing, the scientists should have the right to protect their work and their IP, especially when there is a direct competition with commercial companies.

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Will Fondrie Third, it is possible to implement your innovation in a closed source code AND do it in a transparent, reproducible way. Evidence: almost identical reimplementation of our MSFragger method by others. Plus, downstream FDR analysis (MSBooster, Percolator Philosopher) is open source

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

@mjmaccoss Will Fondrie Parag M Some commercial companies do not even offer evaluation licenses or can refuse one. When our MSFragger-Glyco manuscript was under review, one reviewer asked us to compare with Byonics. We contacted the company. They asked me about the purpose of me getting a license, and refused.

Erwin Schoof (@erwinschoof) 's Twitter Profile Photo

Kevin Yang from the Alexey Nesvizhskii closing the data analytics session by showing the power of MSFragger for scp-MS - incredible what free, academic software can do! #iSCMS2024

Kevin Yang from the <a href="/nesvilab/">Alexey Nesvizhskii</a> closing the data analytics session by showing the power of MSFragger for scp-MS - incredible what free, academic software can do! #iSCMS2024
Keriann Backus (@keribackus) 's Twitter Profile Photo

Nature Communications Heta Desai This was a really fun collaboration with Alexey Nesvizhskii and Fengchao Yu applying a two stage FDR search in FragPipe to identify gain-of-cys mutations and variants proximal to reference cysteines

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Another great collaboration with the Keri Backus' lab, where we implemented a two stage search in #FragPipe to identify gain-of-cys mutations and variants proximal to reference cysteines. Two-stage searches can be useful for many applications, and they ensure group-specific FDR.

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Very nice paper in Science, showing that N-glycosylation can also function as a degradation signal, similar to Ubiq: science.org/doi/10.1126/sc…. Glad to see the authors used our #FragPipe/#MSFragger-Glyco “Glyco-N-LFQ” workflow for quantitative glycoproteomics data analysis.

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Spent a great day in Barcelona at the EMBO Targeted Proteomics course hosted by sabidolab, talking about our DIA tools and helping his team with a hands-on tutorial on FragPipe, FragPipe-Analyst, and Skyline integration, from installation and mzML files to pathway-level results.

Spent a great day in Barcelona at the EMBO Targeted Proteomics course hosted by <a href="/sabidolab/">sabidolab</a>, talking about our DIA tools and helping his team with a hands-on tutorial on FragPipe, FragPipe-Analyst, and Skyline integration, from installation and mzML files to pathway-level results.
Qian Cheng (@sgqcheng) 's Twitter Profile Photo

.Kai Alexey Nesvizhskii Fengchao Yu present diaTracer, a spectrum-centric tool for diaPASEF data, enabling direct peptide identification and quantification without spectral libraries. #BiotechNatureComms nature.com/articles/s4146…

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

Our #diaTracer manuscript is out! 10 years ago we established the concept of library-free, direct DIA analysis with DIA-Umpire. DiaTracer now makes it possible to analyze any diaPASEF data, including PTM, semi-tryptic, nonspecific, and even open searches! nature.com/articles/s4146…

The GalaxyP Project (@usegalaxyp) 's Twitter Profile Photo

Tim Griffin, Alexey Nesvizhskii and Bing Zhang, will have a panel discussion on 'MS-Based #Immunopeptidomics: Challenges and Opportunities in Immuno-Oncology Research' at the #USHUPO2025 conference on 23rd Feb. ushupoconference.org/agenda#1-17403…

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

DDA is still great for many applications, and #MSFragger-DDA+ improves peptide identification rates via full isolation window search. Huge boosts in IDs, including Astral DDA! Fully integrated in #FragPipe, simply annotate your DDA files as DDA+ and RUN. nature.com/articles/s4146…

Qian Cheng (@sgqcheng) 's Twitter Profile Photo

MSFragger-DDA+ is a database search tool that enhances peptide identification by searching the full isolation window. #Proteomics Fengchao Yu Alexey Nesvizhskii #BiotechNatureComms nature.com/articles/s4146…

Alexey Nesvizhskii (@nesvilab) 's Twitter Profile Photo

The Nesvizhskii lab has 9 members attending #ASMS2025! 9 posters, contribution to 4 evening workshops, and one Bioinformatics Hub on #FragPipe. Plus multiple collaborative posters with other groups. See you in Baltimore!

The Nesvizhskii lab has 9 members attending #ASMS2025!  9 posters, contribution to 4 evening workshops, and one Bioinformatics Hub on #FragPipe. Plus multiple collaborative posters with other groups. See you in Baltimore!