LCMS webinars focusing on OMICS - page 3

Day Two explores advanced MS strategies for proteomics, glycoproteins, bioreactor monitoring, and single-cell metabolomics, featuring experts from pharma and academia.

Day one explores next-gen technologies in metabolomics, proteomics, CRO automation, and electrophoresis, with global experts shaping the future of analytical science.

Join Prof. James McCullagh to explore how IC-MS enhances metabolomics by improving the analysis of polar and ionic metabolites, enabling accurate and reproducible pathway studies.

Learn how single-cell proteomics reveals cellular heterogeneity in DNA repair. Prof. Thalassinos explores 60G-induced damage, repair pathways, and links to cancer and neurodegeneration.

Explore next-gen targeted proteomic LC-MS workflows. Gain unmatched sensitivity, reproducibility, and throughput for confident protein quantification and validation.

Discover plasma proteomics workflows for oncology in lung and ovarian cancer. Learn how to identify biomarkers, study resistance, and bridge discovery with clinical research.

Learn how cutting-edge spatial proteomics workflows integrate imaging, LMD, and LC-MS to achieve high-resolution, scalable analysis of 100 proteomes a day.

Join the 5th SelectScience® Virtual Analytical Science Summit to explore the latest analytical chemistry innovations, trends, and solutions for global challenges.

Learn advanced workflows for PTM and spatial proteomics, including phosphorylation, histone modifications, and LFQ strategies to improve site localization and reproducibility.

Join Richard Drake, Ph.D. and Aaron Angerstein, MD-Ph.D. to explore N-glycan imaging in kidney tissues. Learn how glycosylation changes reveal biomarkers for lupus nephritis.