CNPN is pleased to announce that Dr. Mathieu Lavallée-Adam (U. of Ottawa) is the 2023 recipient of the New Investigator Award for his contributions to statistical and machine learning algorithms for the analysis of MS-based proteomics data and protein-protein interaction networks
CNPN is pleased to announce that Dr. Brian Raught is the 2023 recipient of the Tony Pawson Proteomics Award for his contributions to developing and applying new MS techniques to identify and characterize protein-protein interactions and post-translational modifications.
The GlycoPaSER prototype as a real-time N-glycopeptide identification tool based on the PaSER parallel computing platform | https://t.co/o60MWYS6z6 #proteomics
Congrats @BMajorLab for his insightful work on the role that NRF2 plays in small cell lung cancer (C-SCLC). Great to see the collaboration btwn @WUSTL @bruker and Mass Dynamics come to life at #USHUPO23#massgeek#TeamMassSpec#proteomics
It's official. Starting today, people in Nova Scotia can pick up free rapid COVID tests at every single library in that province.
Meanwhile, in Ontario, 24 million rapid tests are sitting on shelves.
RT if you want access to free rapid tests now.
Retweet if you think the Ontario government should vote YES to 10 permanent paid sick days tomorrow because workers shouldn't have to choose between their health & paying the bills.
All appetites will be satisfied after joining us for our proteomics breakfast workshop, an amazing lineup with diverse topics. Free for all to participate. https://t.co/llGxgexqCr
Beyond the Orbitrap, optimizing SCoPE-MS on "alternative" LCMS platforms
A presentation by Ben Orsburn (@ProteomicsNews) at the 4th single-cell proteomics conference, #SCP2021
https://t.co/b9SqSXxXFm
Workshop willl focus on advances utilizing speed, sensitivity, and collisional cross section of the timsTOF Pro platform in Proteomics. Dr. Tony Purcell will discuss the data obtained from clinical samples looking at immunopeptidomics. https://t.co/apz6nZ17UE
Learn how recent technical advances allow investigators to analyze clinical samples with robust high-throughput proteomic workflows, creating an opportunity to analyze large numbers of patient samples during the COVID-19 pandemic. https://t.co/mRChilMDby
The @NemesLab is looking for a motivated postdoctoral associate in mass spectrometry based ultrasensitive proteomics for cell and neurodevelopmental biology. To apply: https://t.co/cuaZiDC2kS. @asmsnews@Xenbase
We developed a scalable, quantitative and ultra-high sensitivity workflow for true single cell proteome analysis - one by one. Single cells have a stable proteome but not transcriptome. Great collaboration with @Bruker@EvosepBio@fabian_theis. Preprint: https://t.co/2edZ99u7Xw