Evosep Biosystems’ Post

🌟 MetwareBio's 4D Proteomics: Doubling Protein Detection 🌟 https://lnkd.in/gsxe5Hqu Check out our latest blog post on the transformative power of 4D Proteomics! Discover how this cutting-edge technology is doubling protein detection capabilities and revolutionizing the field of #proteomics. Dive into the blog to learn about: - The innovative 4D approach - Benefits for research and discovery - Real-world applications and future potential 🔗 Read the full article here: https://lnkd.in/gsxe5Hqu #4DProteomics #ProteinDetection

🔔 Download the information kit to optimize the #Orbitrap for single-cell proteomics.

🔴 Optimizing your #Orbitrap based mass spectrometers for single-cell #proteomics 🔴Unlock the potential of your single-cell and #proteomics research with our comprehensive Single-Cell Proteomics Information Kit. Topics covered in this information kit include: ✅ Suggested instrument configuration and methods for superior single-cell and low load proteomics experiments ✅Increasing protein identifications for your experiments ✅Increasing experimental throughput, more cells/day ✅Attaining precise and accurate label-free quantification 🔔 Find the information kit to the first comment

👏 We’re excited to announce the launch of Nanomics' 12K Plasma Proteome Database, the largest human plasma proteome database released by our proprietary ultra-plex proteomics platform -- Proteonano™️! With data covering 12,273 proteins, this achieves over 65% coverage of major databases, with unparalleled dynamic range and precision. A game-changer for plasma proteomics research! 🚩 #Proteomics #PlasmaProteome #NanomicsBiotech #Innovation #LifeSciences

The Broad Institute of MIT and Harvard’s Proteomics Platform, led by founder and Senior Director, Dr. Steven Carr, Ph.D., is using trapped ion mobility spectrometry (TIMS) for the technical advancement of proteomics. In our new expert insight, we talk to Claudia Ctortecka, Ph.D., to discuss how she is applying advanced proteomics methods, such as immunopeptidomics, to gain further understanding of disease pathways, targets, and drug effects. Find out more here: https://lnkd.in/eMRTKZgM #proteomics #immunopeptidomics #TIMS

Mark your calendar and join this webinar to learn about precision, sensitivity, and specificity in high-throuput, multiplex affinity proteomics. #Proteomics #SomaScan #ClinicalResearch #Microarrays

Have a pesky variant that is difficult to characterize? Is understanding this variant critical for your work but limiting your progress? Would you and/or your program be much better off if you could just develop a workflow to characterize this variant? Join Quantum-Si at #HUPOWorldCongress to hear more about how Next Generation Protein Sequencing can equip your team with a new way to characterize proteins!

We're pleased to share new research in collaboration with NEO Proteomics that was published in ACS Publications. In addition to mapping the binding site of a crotonylated histone 3 peptide (H3K14Cr) to BAF45D, this study went on to demonstrate the direct binding of H3K14Cr to BRM. Overall, this study illustrates the power of mass spectrometry-based protein footprinting to map binding interfaces in large, multisubunit complexes with new insights into the BRG-/BRM-associated factor (BAF) chromatin remodeling complex. Read here: https://bit.ly/3xHHer0

Access our on-demand webinar, “Precision, Sensitivity, and Specificity in Proteomics: The Affinity-Based Technology Advantages.” Dive into the importance of precision and sensitivity in proteomics and discover how the SomaScan Assay can make a difference. Start watching now: https://bit.ly/3ztcQBN #Proteomics #SomaScan #ClinicalResearch #Microarrays

Bruker’s new app note offers a rapid, high-throughput approach without compromising depth or accuracy. The team, led by Stephanie Kaspar-Schönefeld, have developed an optimized narrow-window dia-PASEF method for short gradient proteomics, achieving impressive results in just 15 minutes: • 8,850 protein groups identified from human cell line digests • Nearly full yeast proteome coverage (4,677 protein groups) • 14,366 protein groups from complex hybrid proteome samples • High quantitative accuracy and reproducibility This method offers a promising outlook for proteomics research across various biological contexts. And our 25 cm Aurora Ultimate column provided efficient separation and high-resolution analysis across short gradients, helping the team achieve comprehensive proteome coverage in a fraction of the time typically required. #Proteomics #MassSpectrometry