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Discover insights on spatial proteomics, cutting-edge imaging, and tissue analysis in biomedical research. Stay ahead—explore Syncell’s blog today.

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Methodology Comparison between Microscoop® with Proximity Labeling Techniques APEX2 and BioID

Comparing Microscoop® with Proximity Labeling Techniques APEX2 and BioID

Protein-protein interactions are fundamental to cellular function, and their dysregulation underlies numerous pathological conditions.
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Methodology Comparison between Microscoop® with Proximity Labeling Techniques APEX2 and BioID

Comparing Microscoop® with Proximity Labeling Techniques APEX2 and BioID

Collaboration Across Omics_ Integrating Spatial Proteomic Discovery with Genomics and Transcriptomics (Syncell Blog Cover)

Collaboration Across Omics: Integrating Spatial Proteomic Discovery with Genomics and Transcriptomics

Reaching New Dimensions – Spatial Proteomic Discovery of Protein Constituents in Disease Models

Integrating Spatial Discovery with Spatial Profiling to reveal the Depths of Cellular Architecture

Integrating Spatial Discovery with Spatial Profiling to reveal the Depths of Cellular Architecture

Scaling Up Proteomics_How Automation and AI Are Accelerating Microscopy-Guided Spatial Protein Isolation and Identification

Scaling Up Proteomics: How Automation and AI Are Accelerating Microscopy-Guided Spatial Protein Isolation and Identification

Scoop Biology_ Microscopic scooping for spatial proteomic discovery

Scoop Biology: Microscopic photolabeling for spatial proteomic discovery

NEW PUBLICATION

PHF19 drives the formation of PRC2 clusters to enhance motility in TNBC cells

Pelzer, Nina et al.
Cell Reports, Volume 44, Issue 10, 116391
view the paper