Explore the fascinating world of proteomics and two-dimensional gel electrophoresis, a powerful technique for mapping the complex protein landscape of cells.
Explore how proteomic technology is transforming cancer detection through protein biomarker profiling, mass spectrometry, and AI integration.
Explore how proteomics is revolutionizing transfusion medicine by ensuring blood quality and safety through advanced protein analysis.
Explore how proteomics and genomics work together to reveal the dynamic processes of cellular function, from static blueprints to living biological systems.
Explore how spatial proteomics and cell-type-selective approaches are transforming our understanding of tissue biology, cancer research, and disease mechanisms.
Explore how quantitative single-cell proteomics is revolutionizing our understanding of cellular hierarchies and transforming biology research.
Explore recent advancements in subcellular proteomics and their impact on understanding cell biology, including new methodologies and therapeutic potentials.
Explore how highly multiplexed isobaric mass tagging is revolutionizing proteomics by enabling simultaneous analysis of multiple protein samples with molecular barcodes.
Explore how MudPIT technology revolutionizes proteomics by comprehensively analyzing complex protein mixtures and unlocking cellular secrets.
Explore how scientists use 1D-PAGE and LC-MS/MS to identify and weigh proteins in cellular proteomes, advancing our understanding of health and disease.